| 48. |
Kobayashi, E., Chiba, K., Yamazaki, W., and Kanazaki, M.
Aerodynamic Effect of a Blended Multi-Winglet on an Airliner in Subsonic and Transonic Regimes.
Biomimetics, vol.10, issue 8, 2025, p.522: 1-24.
DOI: 10.3390/biomimetics10080522
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| 47. |
横濱 こころ, 中村 陽一, 瀬之口 敦, 千葉 一永.
レーダーエコーに基づく航空機の悪天回避判断の定量化の試み
日本航空宇宙学会論文集, vol.73, no.2, 2025, pp.51-58.
DOI: 10.2322/jjsass.73.51
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| 46. |
Narita, Y. and Chiba, K.
Aerodynamics on a Faithful Hindwing Model of a Migratory Dragonfly Based on 3D Scan Data.
Journal of Fluids and Structures, vol.125, 2024, p.104080: 1-12.
DOI: 10.1016/j.jfluidstructs.2024.104080
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| 45. |
Chiba, K. and Kanazaki, M.
Feedback-Circulating Desgin Space Exploration by Multi-Sampling Kriging Model: Exploitation for the Lift Rise by an Aircraft Flap with Yaw-Wise Rotation.
Proceedings of the 7th International Conference on Intelligent Systems, Metaheuristics & Swarm Intelligence, 2023, pp.119--123.
DOI: 10.1145/3596947.3596950
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| 44. |
町井 佳菜子, 千葉 一永, 川勝 康弘.
地域観測衛星コンステレーション最適軌道設計のための問題定義検討.
進化計算学会論文誌, vol.12, no.2, 2022, pp.37-44.
DOI: 10.11394/tjpnsec.12.37
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| 43. |
Wakimoto, K., Chiba, K., Kato, H., and Nakakita, K.
Acquisition of Swept Aerodynamic Data by the Consecutive Changing of Wing Model Configuration in a Wind Tunnel Test Using Remote Feedback Control.
Aerospace, vol.8, issue 8, 2021, pp.217:1-13.
DOI: 10.3390/aerospace8080217
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| 42. |
Chiba, K., Sawahara, M., Sumimoto, T., Hatta, T., and Kanazaki, M.
Hypothesis Derivation and Its Verification by a Wholly Automated Many-objective Evolutionary Optimization System.
Neural Computing and Applications, vol.33, 2021, pp.1-13.
DOI: 10.1007/s00521-021-05786-1
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| 41. |
Chiba, K., Komatsu, T., and Ito, T.
Aerodynamic Efficacy of Adding Yaw-wise Rotational Degree of Freedom to an Airplane Flap.
Aerospace Systems, vol.3, issue 3, 2020, pp.207-217.
DOI: 10.1007/s42401-020-00060-z
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| 40. |
Chiba, K., Komatsu, T., Kato, H., and Nakakita, K.
Remote and Feedback Control of the Flap Angle in a Wind Tunnel Test Model by Optical Measurement.
Aerospace, vol.7, no.2, 2020, pp.no.11, 1-11.
DOI: 10.3390/aerospace7020011
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| 39. |
賀川 祐太朗, 渡邉 真也, 金崎 雅博, 依田 英之, 千葉 一永
相関ルールに基づく非劣解分析支援システムのオンデマンド化
進化計算学会論文誌, vol.8, no.2, 2018, pp.75-87.
DOI: 10.11394/tjpnsec.8.75
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| 38. |
Chiba, K., Omori, T., Sunada, Y., and Imamura, T.
Cognition of Parameters' Role on Vertical Control Device for Aerodynamic Performances of Aircraft Using Visual Data Mining.
International Journal of Mechanical Systems, Vol.1, 2017, pp.18-31.
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| 37. |
Chiba, K., Kanazaki, M., and Shimada, T.
Simple Control of Oxidizer Flux for Efficient Extinction-Reignition on a Single-Stage Hybrid Rocket.
Aerospace Science and Technology, Vol.71, 2017, pp.109-118.
DOI: 10.1016/j.ast.2017.09.017
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| 36. |
Chiba, K., Nishikawa, R., Onda, M., Satori, S., and Akiba, R.
Aerodynamic Influences on a Tethered High-Altitude Lighter-Than-Air Platform System to Its Behavior.
Aerospace Science and Technology, Vol.70, 2017, pp.405-411.
DOI: 10.1016/j.ast.2017.08.029
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| 35. |
Kanazaki, M., Yoda, H., Chiba, K., Kitagawa, K., and Shimada, T.
Conceptual Design Methodology of a Hybrid Rocket Engine-Powered Launch Vehicle for Sub-Orbital Flight.
Journal of Aerospace Engineering, Vol.30, No.6, 2017, p.04017071.
DOI: 10.1061/(ASCE)AS.1943-5525.0000778
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| 34. |
Chiba, K. and Nakata, M.
From Extraction to Generation of Design Information - Paradigm Shift in Data Mining via Evolutionary Learning Classifier System.
Procedia Computer Science, vol.108, 2017, pp.1662-1671.
DOI: 10.1016/j.procs.2017.05.233.
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| 33. |
Chiba, K., Yoda, H., Kanazaki, M., and Shimada, T.
Extinction-Reignition Superiority in a Single-Stage Sounding Hybrid Rocket.
Aerospace Science and Technology, Vol.58, 2016, pp.437-444.
DOI: 10.1016/j.ast.2016.09.010
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| 32. |
Chiba, K., Kanazaki, M., Watanabe, S., Kitagawa, K., and Shimada, T.
Structurisation and Visualisation of Design Space for Launch Vehicle with Hybrid Rocket Engine.
International Journal of Automation and Logistics, Vol.2, Nos.1/2, 2016, pp.26-44.
DOI: 10.1504/IJAL.2016.074912
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| 31. |
金崎 雅博, 千葉 一永, 北川 幸樹, 嶋田 徹
多目的進化計算による多数回燃焼を行うハイブリッドロケットの性能評価 .
進化計算学会論文誌, Vol.6, No.3, 2015, pp.137-145.
DOI: 10.11394/tjpnsec.6.137
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| 30. |
佐鳥 新, 伊藤 那知, 竹内 佑介, 千葉 一永, 佐々木 正巳, 三橋 龍一
超小型衛星搭載用マルチスペクトルカメラの開発.
航空宇宙技術, Vol.14, 2015, pp.179-183.
DOI: 10.2322/astj.14.179
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| 29. |
Kanazaki, M., Ariyarit, A., Yoda, H., Ito, S., Chiba, K., Kitagawa, K., and Shimada, T.
Design Optimization of Single-Stage Launch Vehicle Using Hybrid Rocket Engine.
International Journal of Aerospace System Engineering, Vol.2, No.2, 2015, pp.29-33.
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| 28. |
Chiba, K., Kanazaki, M., Ariyarit, A., Yoda, H., Ito, S., Kitagawa, K., and Shimada, T.
Multidisciplinary Design Exploration of Sounding Launch Vehicle Using Hybrid Rocket Engine in View of Ballistic Performance.
International Journal of Turbo and Jet Engines, Vol.32, Issue 3, 2015, pp.299-304.
DOI: 10.1515/tjj-2015-0038
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| 27. |
Chiba, K., Satori, S., Mitsuhashi, R., Sasaki, J., and Akiba, R.
Behavior of Tether for Captive Stratosphere Platform Using Airship.
Procedia Engineering, Vol.99, Special Issue on the 2014 Asia-Pacific International Symposium on Aerospace Technology, 2015, pp.905-910.
DOI: 10.1016/j.proeng.2014.12.620
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| 26. |
Kanazaki, M., Ariyarit, A., Chiba, K., Kitagawa, K., and Shimada, T.
Conceptual Design of Single-Stage Rocket Using Hybrid Rocket by Means of Genetic Algorithm.
Procedia Engineering, Vol.99, Special Issue on the 2014 Asia-Pacific International Symposium on Aerospace Technology, 2015, pp.198-207.
DOI: 10.1016/j.proeng.2014.12.526
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| 25. |
Kanazaki, M., Chiba, K., Kitagawa, K., Shimada, T., and Nakamiya, M.
Multi-Disciplinary Conceptual Design Knowledge of Multi-Stage Hybrid Rocket Using Data Mining Technique.
Journal of Mechanics Engineering and Automation, Vol.5, No.1, 2015, pp.1-9.
DOI: 10.17265/2159-5275/2015.01.001
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| 24. |
千葉 一永, 渡邉 真也, 金崎 雅博, 北川 幸樹, 嶋田 徹.
設計情報学を用いたハイブリッドロケットエンジン搭載単段式宇宙輸送機の概念設計
日本機械学会論文集, Vol.80, No.818, 「設計工学とシステム工学の新展開」, 2014, p.TRANS0287, pp.1-13.
DOI: 10.1299/transjsme.2014trans0287
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| 23. |
Chiba, K., Kanazaki, M., Nakamiya, M., Kitagawa, K., and Shimada, T.
Diversity of Design Knowledge for Launch Vehicle in View of Fuels on Hybrid Rocket Engine.
Journal of Advanced Mechanical Design, Systems, and Manufacturing, Vol.8, No.3, 2014, p.JAMDSM0023, pp.1-14.
DOI: 10.1299/jamdsm.2014jamdsm0023
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| 22. |
千葉 一永, 金崎 雅博, 中宮 賢樹, 北川 幸樹, 嶋田 徹.
設計情報学による燃料種を考慮した科学観測用単段式ハイブリッドロケットの概念設計.
航空宇宙技術, Vol.13, 2014, pp.41-50.
DOI: 10.2322/astj.13.41
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| 21. |
亀井 卓也, 伊藤 那知, 菅井 慎也, 太田 諭志, 佐鳥 新, 千葉 一永.
精密農業高度化のための小型無人航空機を用いた正規化植生指数マップ作成.
航空宇宙技術, Vol.12, 2013, pp.111-117.
DOI: 10.2322/astj.12.111
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| 20. |
千葉 一永, 金崎 雅博, 中宮 賢樹, 北川 幸樹, 嶋田 徹.
科学観測用単段式ハイブリッドロケット概念設計への設計情報学の実運用.
進化計算学会論文誌, Vol.4, No.3, 2013, pp.85-95.
DOI: 10.11394/tjpnsec.4.85
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| 19. |
Chiba, K., Kanazaki, M., Nakamiya, M., Kitagawa, K., and Shimada, T.
Conceptual Design of Single-Stage Launch Vehicle with Hybrid Rocket Engine for Scientific Observation Using Design Informatics.
Journal of Space Engineering, Vol.6, No.1, 2013, pp.15-27.
DOI: 10.1299/spacee.6.15
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| 18. |
Chiba, K.
Influence of Difference among Evolutionary Computations for Design Information.
Journal of Computational Science and Technology, Vol.7, No.2, Special Issue on International Computational Mechanics Symposium, 2013, pp.184-195.
DOI: 10.1299/jcst.7.184
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| 17. |
千葉 一永, 金崎 雅博.
設計情報に対する進化計算法の差異の影響.
進化計算学会論文誌, Vo.4, No.1, 2013, pp.28-37.
DOI: 10.11394/tjpnsec.4.28
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| 16. |
Chiba, K.
Evolutionary-Based Hybrid Optimizer Applicable to Large-Scale Design Problems.
Journal of Computational Science and Technology, Vol.7, No.1, 2013, pp.28-37.
DOI: 10.1299/jcst.7.28
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| 15. |
Chiba, K., Makino, Y., and Takatoya, T.
Design-Informatics Approach for Intimate Configuration of Silent Supersonic Technology Demonstrator.
Journal of Aircraft, Vol.49, No.5, 2012, pp.1200-1211.
DOI: 10.2514/1.C031116
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| 14. |
Obayashi, S., Jeong, S., Shimoyama, K., Chiba, K., and Morino, H.
Multi-Objective Design Exploration and Its Applications.
International Journal of Aeronautical and Space Science, Vol.11, No.4, 2010, pp.247-265.
DOI: 10.5139/IJASS.2010.11.4.247
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| 13. |
Chiba, K. and Obayashi, S.
Knowledge Discovery for Flyback-Booster Aerodynamic Wing Design Using Data Mining.
Journal of Spacecraft and Rockets, Vol.45, No.5, 2008, pp.975-987.
DOI: 10.2514/1.28511
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| 12. |
Chiba, K., Makino, Y., and Takatoya, T.
Evolutionary-Based Multidisciplinary Design Exploration for Silent Supersonic Technology Demonstrator Wing.
Journal of Aircraft, Vol.45, No.5, 2008, pp.1481-1494.
DOI: 10.2514/1.33272
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| 11. |
Chiba, K., Makino, Y., and Takatoya, T.
PSO/GA Hybrid Method and Its Application to Supersonic-Transport Wing Design.
Journal of Computational Science and Technology, Vol.2, No.1, 2008, pp.268-280.
DOI: 10.1299/jcst.2.268
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| 10. |
Chiba, K., Obayashi, S., and Morino, H.
Multidisciplinary Design Exploration for Transonic Regional-Jet Wing Shape.
Journal of Advanced Mechanical Design, Systems, and Manufacturing, Vol.2, No.3, 2008, pp.396-407.
DOI: 10.1299/jamdsm.2.396
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| 9. |
Chiba, K. and Obayashi, S.
Data Mining for Multidisciplinary Design Space of Regional-Jet Wing.
Journal of Aerospace Computing, Information, and Communication, Vol.4, No.11, 2007, pp.1019-1036.
DOI: 10.2514/1.19404
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| 8. |
Chiba, K., Jeong, S., and Obayashi, S.
Knowledge Discovery in Multidisciplinary Design Space for Regional-Jet Wing Using Data Mining.
Transactions of the Japan Society for Aeronautical and Space Sciences, Vol.50, No.169, 2007, pp.181-192.
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| 7. |
Chiba, K., Imamura, T., Amemiya, K., and Yamamoto, K.
Design Optimization of Shielding Effect for Aircraft Engine Noise.
Journal of Environment and Engineering, Vol.2, No.3, 2007, pp.567-577.
DOI: 10.1299/jee.2.567
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| 6. |
Chiba, K., Oyama, A., Obayashi, S., Nakahashi, K., and Morino, H.
Multidisciplinary Design Optimization and Data Mining of Transonic Regional-Jet Wing.
Journal of Aircraft, Vol.44, No.4, 2007, pp.1100-1112.
DOI: 10.2514/1.17549
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| 5. |
Chiba, K., Obayashi, S. and Nakahashi, K.
Open-Type Separation on Delta Wings for Leading-Edge Bluntness.
Transactions of the Japan Society for Aeronautical and Space Sciences, Vol.50, No.168, 2007, pp.81-87.
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| 4. |
Obayashi, S., Jeong, S., Chiba, K., and Morino, H.
Multi-Objective Design Exploration and Its Application to Regional-Jet Wing Design.
Transactions of the Japan Society for Aeronautical and Space Sciences, Vol.50, No.167, 2007, pp.1-8.
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| 3. |
Chiba, K., Obayashi, S. and Nakahashi, K.
Design Exploration of Aerodynamic Wing Shape for Reusable Launch Vehicle Flyback Booster.
Journal of Aircraft, Vol.43, No.3, 2006, pp.832-836.
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|
| 2. |
千葉 一永, 大林 茂, 中橋 和博
再使用宇宙輸送機フライバックブースタ翼空力形状の設計探査 .
日本航空宇宙学会論文集, Vol.54, No.627, 2006, pp.144-150.
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| 1. |
Jeong, S., Chiba, K., and Obayashi, S.
Data Mining for Aerodynamic Design Space.
Journal of Aerospace Computing, Information, and Communication, Vol.2, No.11, 2005, pp.452-469.
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* ---- dissertation ---- *
High-Fidelity Multidisciplinary Design Optimization for Aerospace Vehicle -航空宇宙機に於ける高次物理モデルを用いた多分野融合最適化-.
博士(工学), 工博第3332号, 東北大学, 2005/3/25.
|
* ---- 2026 ---- *
Chiba, K., Mueller, J., Oba, Y., Abe, Y.
Direct Numerical Investigation of Open-Rotor Engine-Airframe Interference
23rd International Conference on Fluid Dynamics, Sendai, 9-12 November 2026.
Kobayashi, E. and Chiba, K.
Effects of Chordwise-Slit Parameter Variations on the Lift Performance of an Aircraft Flap
13th International Conference on Computational Fluid Dynamics, Milan, Italy, July 6-10, 2026.
川添 萌未
複数の2次元フラップ形態による圧力変動場の差異
第3回UTCartユーザー会/第2回航空DX教育セミナー, March 10, 2026
* ---- 2025 ---- *
Chiba, K., Mueller, J., Oba, Y., Abe, Y.
Effects of Engine Rotational Speed on Full Aircraft Cruise Aerodynamic Performance
22nd International Conference on Fluid Dynamics, Sendai, 10-13 November 2025.
Kobayashi, E. and Chiba, K.
Effects of Chordwise Slit Segmentation on the Lift Performance of a Single-Slotted Aircraft Flap
The 16th Asia-Pacific International Symposium on Aerospace Technology; APISAT2025, Seoul Olympic Parktel, Korea, 27-29 October 2025.
Student Award
千葉 一永, Mueller, J., 大庭 芳則
エンジンとエアフレームの統合解析は何をもたらすのか？
令和6年度航空宇宙空力シンポジウム, 福島県いわき市, January 24-25, 2025
* ---- 2024 ---- *
Mueller, J., Chiba, K., Oba, Y., Obayashi, S.
Aerodynamic Discrepancies of an Aircraft Considering the Running Engine
21st International Conference on Fluid Dynamics, Sendai, 18-20 November, 2024.
小林 英里奈, 千葉 一永, 金崎 雅博
Multi-wingletのcant角変更による空力変化メカニズム
第56回流体力学講演会/第42回航空宇宙数値シミュレーション技術シンポジウム, 鹿児島, 3-5 July, 2024.
Mueller, J., Chiba, K., and Oba, Y.
Identification of Losses from Engine-Airframe Interaction for a Passenger Aircraft through Integrated Simulation
The 9th European Congress on Computational Methods in Applied Sciences and Engineering; ECCOMAS Congress 2024, Lisbon, Portugal, 3-7 June 2024.
Kobayashi, E., Chiba, K., and Kanazaki, M.
Influences of Multiple Winglets on the Aerodynamic Performance and Flow Field of an Aircraft
The 9th European Congress on Computational Methods in Applied Sciences and Engineering; ECCOMAS Congress 2024, Lisbon, Portugal, 3-7 June 2024.
小林 英里奈, 千葉 一永, 金崎 雅博
Multi-wingletによる航空機空力性能および流れ場への影響
日本航空宇宙学会第55期年会講演会, 東京, 18-19 April, 2024.
千葉 一永, Mueller, Jan, 大庭 芳則
Sliding mesh法による稼働エンジンと機体統合解析.
令和6年度航空宇宙空力シンポジウム, 神奈川県三浦市, 19-20 January, 2024.
* ---- 2023 ---- *
髢鬥ｬ 蝨ｭ蜷ｾ, 螟ｧ螻ｱ 閨, 蜊痩 荳豌ｸ
險ｭ險亥､画焚遨ｺ髢薙〒縺ｮ髱槫乾隗｣縺ｮ螟壽ｧ俶ｧ繧堤｢ｺ菫昴☆繧倶ｺ､蜿峨髢狗匱
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨夐ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝2023, 蟆冗伐蜴, 21-23 December, 2023.
Mueller, Jan, 蜊痩 荳豌ｸ, 螟ｧ蠎ｭ 闃ｳ蜑
Sliding mesh豕輔↓繧医ｋ闊ｪ遨ｺ讖滉ｽ薙→遞ｼ蜒阪お繝ｳ繧ｸ繝ｳ縺ｮ邨ｱ蜷郁ｧ｣譫
隨ｬ37蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 蜷榊､ｧ, 15-17 December, 2023.
讓ｪ豼ｱ 縺薙％繧, 荳ｭ譚 髯ｽ荳, 轢ｬ荵句哨 謨ｦ, 蜊痩 荳豌ｸ
謔ｪ螟ｩ蛟吝屓驕ｿ譎ゅ↓縺翫¢繧玖穐遨ｺ讖溘鬟幄｡檎ｵ瑚ｷｯ縺ｨ豌苓ｱ｡繝繧ｿ縺ｮ逶ｸ髢｢蛻梵
隨ｬ61蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 蛹嶺ｹ晏ｷ槫嵜髫帑ｼ夊ｭｰ蝣ｴ, 15-17 November, 2023.
Mueller, J., Chiba, K., Oba, Y., and Obayashi, S.
Aerodynamic Effect of Engine Exhaust on Aircraft Whole Body - Integrated Analysis of Airframe and Running Engine Using Sliding-Mesh Method
20th International Conference on Flow Dynamics, Sendai, Japan, 6-8 November, 2023.
Kobayashi, E. and Chiba, K.
Aerodynamic Efficacy of Changing the Chordwise Installation Position
of Multi-Winglet on Commercial Aircraft
Asia-Pacific International Symposium on Aerospace Technology, Lingshui, Hainan Province, China, 16-18 October, 2023.
蟆乗棊 闍ｱ驥悟･
莠憺浹騾溘驕ｷ髻ｳ騾滓擅莉ｶ縺ｫ縺翫¢繧九繝ｫ繝√え繧｣繝ｳ繧ｰ繝ｬ繝ヨ莉倩穐遨ｺ讖溘遨ｺ蜉幄ｧ｣譫
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2023, 魑･蜿門､ｧ, 7-9 September, 2023.
讓ｪ豼ｱ 縺薙％繧
闊ｪ遨ｺ讖溽ｵ瑚ｷｯ縺ｨ豌苓ｱ｡繝繧ｿ縺ｮ逶ｸ髢｢蛻梵 - 繝代う繝ｭ繝ヨ縺ｮ謔ｪ螟ｩ蝗樣∩陦悟虚縺ｫ蝓ｺ縺･縺冗ｵ瑚ｷｯ縺ｮ莠句燕逕滓縺ｫ蜷代¢縺ｦ
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2023, 魑･蜿門､ｧ, 7-9 September, 2023.
Mueller, J., Chiba, K., and Oba, Y.
Influence of the Engine Exhaust on the Wing Pressure Distribution Computed with an Integrated Simulation of Airframe and Running Engine
AIAA AVIATION 2023, San Diego, CA, USA, 12-16 June, 2023.
Mueller, J., Chiba, K., and Oba, Y.
Influence of Engine Exhaust on Wing Underside Flow for a Passenger Aircraft
22nd Computational Fluids Conference, Cannes, France, 25-28 April, 2023.
Chiba, K. and Kanazaki, M.
Feedback-Circulating Desgin Space Exploration by Multi-Sampling Kriging Model: Exploitation for the Lift Rise by an Aircraft Flap with Yaw-Wise Rotation
7th International Conference on Intelligent Systems, Metaheuristics & Swarm Intelligence, 23-24 April, 2023, pp.119--123.
蟆乗棊 闍ｱ驥悟･, 蜊痩 荳豌ｸ
隍焚譫壹え繧｣繝ｳ繧ｰ繝ｬ繝ヨ蜿紋ｻ倅ｽ咲ｽｮ螟画峩縺ｫ繧医ｋ豌鷹俣闊ｪ遨ｺ讖溘遨ｺ蜉帶ｧ閭ｽ蜷台ｸ雁柑譫
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ54譛溷ｹｴ莨夊ｬ帶ｼ比ｼ, 譌･譛ｬ譛ｪ譚･遘大ｭｦ鬢ｨ, 13-14 April, 2023.
讓ｪ豼ｱ 縺薙％繧, 荳ｭ譚 髯ｽ荳, 轢ｬ荵句哨 謨ｦ, 蜊痩 荳豌ｸ
闊ｪ遨ｺ讖溘謔ｪ螟ｩ蝗樣∩邨瑚ｷｯ莠域ｸｬ縺ｫ蜷代¢縺滉ｹｱ豌玲ｵ∵欠謨ｰ縺ｮ譛臥畑諤ｧ讀懆ｨ
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ54譛溷ｹｴ莨夊ｬ帶ｼ比ｼ, 譌･譛ｬ譛ｪ譚･遘大ｭｦ鬢ｨ, 13-14 April, 2023.
蜊痩 荳豌ｸ, Mueller Jan, 螟ｧ蠎ｭ 闃ｳ蜑
闊ｪ遨ｺ讖溘菴懷虚繧ｨ繝ｳ繧ｸ繝ｳ縺ｨ繧ｨ繧｢繝輔Ξ繝ｼ繝縺ｮ邨ｱ蜷郁ｧ｣譫
2023蟷ｴ蠎ｦ闊ｪ遨ｺ螳ｮ咏ｩｺ蜉帙す繝ｳ繝昴ず繧ｦ繝, 蛻･蠎, 6-7 January, 2023.
* ---- 2022 ---- *
蜊痩 荳豌ｸ, Mueller Jan, 螟ｧ蠎ｭ 闃ｳ蜑
闊ｪ遨ｺ讖溽ｿｼ髱｢蝨ｧ蜉帛蟶↓蟇ｾ縺吶ｋ菴懷虚繧ｨ繝ｳ繧ｸ繝ｳ縺ｮ遨ｺ蜉帷噪蠖ｱ髻ｿ
隨ｬ36蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, online, 14-16 December, 2022.
Kobayashi, E. and Chiba, K.
Effect of Pressure Recovery on the Lower Surfaces of Multiple Winglets by Changing the Main Wing Airfoil of an Aircraft
AIAA 2022 Region VII Student Conference, hybrid/University of Adelaide, Adelaide, Australia, 28-29 November, 2022.
蟆乗棊 闍ｱ驥悟･, 蜊痩 荳豌ｸ
闊ｪ遨ｺ讖滉ｸｻ鄙ｼ縺ｮ鄙ｼ蝙句､画峩縺ｫ繧医ｋ隍焚譫壹え繧｣繝ｳ繧ｰ繝ｬ繝ヨ荳矩擇縺ｮ蝨ｧ蜉帛屓蠕ｩ蜉ｹ譫
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ100譛滓ｵ∽ｽ灘ｷ･蟄ｦ驛ｨ髢隰帶ｼ比ｼ, 辭頑悽螟ｧ, 12-13 November, 2022.
Kobayashi, E. and Chiba, K.
Influences of Changing the Installing Positions of Multiple Winglets on Aerodynamic Characteristics
33rd Congress of the INternational Council of the Aeronautical Sciences, Stockholm, Sweden, 4-9 September, 2022.
Chiba, K. and Oba, Y.
Integrated Analysis of Operating Engine and Airframe for High-Fidelity Wing Load Estimation
15th World Congress on Computational Mechanics, Yokohama, Japan, 31 July-5 August, 2022.
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髢鬥ｬ 蝨ｭ蜷ｾ, 菴占陸 蜈ｴ, 螟ｧ螻ｱ 閨, 豬ｷ驥 螟ｧ, 蜊痩 荳豌ｸ
險ｭ險亥､画焚遨ｺ髢薙↓縺翫¢繧矩撼蜉｣隗｣縺ｮ螟壽ｧ俶ｧ縺ｫ蟇ｾ縺吶ｋ莠､蜿峨蠖ｱ髻ｿ
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨夂ｬｬ21蝗樒皮ｩｶ莨, 譚ｱ莠ｬ (online), 17-18 March, 2022.
* ---- 2021 ---- *
Machii, K., Chiba, K., and Kawakatsu, Y.
Feedback-Circulating Optimum Design for Perceiving Constellation Principle of Regional Observation Satellites
IEEE Symposium Series on Computational Intelligence 2021, Orlando, FL, USA, 4-7 December, 2021.
閼悽 遐, 蜊痩 荳豌ｸ, 蜉阯､ 陬穂ｹ, 荳ｭ蛹 蜥御ｹ
驕髫斐ヵ繧｣繝ｼ繝峨ヰ繝け蛻ｶ蠕｡縺ｫ繧医ｋ鬚ｨ豢櫁ｩｦ鬨鍋ｿｼ讓｡蝙句ｽ｢諷矩｣邯壼､画峩縺ｧ縺ｮ遨ｺ蜉帙ョ繝ｼ繧ｿ縺ｮ謗ｼ募叙蠕.
隨ｬ59蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 11/30-12/2, 2021.
Wakimoto, K., Chiba, K., Kato, H., and Nakakita, K.
Acquisition of Swept Aerodynamic Data by Consecutive Change of Wing Model Configuration in Wind Tunnel Tests Using Remote and Feedback Control.
Aerospace Europe Conference 2021, Warsaw, Poland, 23-26 November, 2021.
Kubota, I. and Chiba, K.
Influence of Crewed Mars Ascent Veicle Auxiliary Member on Aerodynamic Drag in Numerical Analysis.
2021 Asia-Pacific International Symposium on Aerospace Technology, Ramada Plaza Jeju Hotel, South Korea, 15-17 November, 2021.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽
隍焚讓呎悽轤ｹ霑ｽ蜉蝙規riging繝｢繝Ν縺ｫ繧医ｋ闊ｪ遨ｺ讖毓aw譁ｹ蜷大屓霆｢莉伜刈繝輔Λ繝縺ｮ謠壼鴨蜷台ｸ雁沺謗｢譟ｻ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ34蝗櫁ｨ育ｮ怜鴨蟄ｦ隰帶ｼ比ｼ, 蛹怜､ｧ, 21-23 September, 2021.
逕ｺ莠 菴ｳ闖懷ｭ, 蜊痩 荳豌ｸ, 蟾晏享 蠎ｷ蠑
蝨ｰ蝓溯ｦｳ貂ｬ陦帶弌繧ｳ繝ｳ繧ｹ繝Ξ繝ｼ繧ｷ繝ｧ繝ｳ縺ｮ繝輔ぅ繝ｼ繝峨ヰ繝け蠕ｪ迺ｰ蝙区怙驕ｩ霆碁％險ｭ險.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ31蝗櫁ｨｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 15-17 September, 2021.
Chiba, K. and Kanazaki, M.
Lift Rise Spots Exploration of a Yaw-wise Rotational Flap by Enhanced-Kriging-based Efficient Global Optimization.
International Conference on Optimization and Learning 2021, Catania, Sicilia, Italy, 21-23 June, 2021.
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Machii, K., Chiba, K., and Kawakatsu, Y.
Satellite Constellation Orbit Design to Observe Regional Coverage by Metaheuristics.
5th International Conference on Intelligent Systems, Metaheuristics & Swarm Intelligence, Victoria, Seychelles, 10-11 April, 2021.
Maruyama, K. and Chiba, K.
Fundamental Aerodynamic Study of Box Wing for Flying Car.
14th World Congress on Computational Mechanics, Paris, France, 19-24 July, 2020 - postponed online on 11-15 January, 2021.
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Ofuchi, A., Chiba, K., and Matsuyama, S.
Influence of Chemical Reaction Models on the Combustion in a Hybrid Rocket Engine.
14th World Congress on Computational Mechanics, Paris, France, 19-24 July, 2020 - postponed online on 11-15 January, 2021.
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Machii, K., Chiba, K., and Kawakatsu, Y.
Proposal of a Design Method for Satellite Constellations for Regional Coverage via Evolutionary Multiobjective Optimization.
14th World Congress on Computational Mechanics, Paris, France, 19-24 July, 2020 - postponed online on 11-15 January, 2021.
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Chiba, K., Sawahara, M., and Kanazaki, M.
A Wholly Automated Optimization System Regardless of Computing Platforms for Evaluating Aero/aerothermodynamic Performance.
14th World Congress on Computational Mechanics, Paris, France, 19-24 July, 2020 - postponed online on 11-15 January, 2021.
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* ---- 2020 ---- *
蜊痩 荳豌ｸ, 蜈ｫ逕ｰ 豕ｰ豈, 驥大ｴ 髮忽
蛻淵隗｣譫千ｵ先棡縺ｮ荳芽ｧ定｡悟逧｡ｨ迴ｾ縺ｫ繧医ｋ繝輔Λ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ險ｭ險井ｻｮ隱ｬ讀懆ｨｼ
隨ｬ34蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 豐也ｸ, 21-23 December, 2020.
逕ｺ莠穂ｽｳ闖懷ｭ, 蜊痩 荳豌ｸ, 蟾晏享蠎ｷ蠑
迚ｹ螳壼慍蝓溯ｦｳ貂ｬ繧堤岼逧→縺励◆隍焚莠ｺ蟾･陦帶弌霆碁％縺ｮ螟夂岼逧怙驕ｩ險ｭ險
騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝2020, 荳句曹, 19-20 December, 2020.
蜉阯､ 陬穂ｹ, 閼悽 遐, 蜊痩 荳豌ｸ, 譚画ｵｦ 陬墓ｨｹ, 豌ｸ莠 莨ｸ豐ｻ
繝ｪ繝｢繝ｼ繝郁扱髱｢蛻ｶ蠕｡謚陦薙♀繧医蜍募ｮ牙ｮ夂音諤ｧ貂ｬ螳壽橿陦薙↓繧医ｋ鬚ｨ豢櫁ｩｦ鬨薙逕溽肇諤ｧ蜷台ｸ
隨ｬ58蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 蠕ｳ蟲ｶ, 25-27 November, 2020.
Chiba, K., Ishikawa, H., Oba, Y., and Obayashi, S.
Integrated Analysis of an Operating Jet Engine with an Airframe - A First Attempt.
17th International Conference on Flow Dynamics, Sendai, Japan, 28-30 October, 2020.
Chiba, K., Hatta, T., and Kanazaki, M.
Hypothesis Verification for Designing Flyback Booster by Analysis of Variance Visualized on Triangular Matrix Representations.
The 5th International Conference on Data Mining and Big Data, Belgrade, Serbia, 14-20 July, 2020.
Best Paper Award
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遏ｳ蟾 譎ｴ蝓ｺ, 蜊痩 荳豌ｸ
鬟幄｡梧擅莉ｶ縺ｫ鬮伜ｿ螳溘↑闊ｪ遨ｺ讖溘お繝ｳ繧ｸ繝ｳ諤ｧ閭ｽ隧穂ｾ｡ - 鬧虚繧ｨ繝ｳ繧ｸ繝ｳ縺ｨ讖滉ｽ薙邨ｱ蜷域ｵ∽ｽ楢ｨ育ｮ励螳溽樟
JHPCN: 蟄ｦ髫帛､ｧ隕乗ｨ｡諠ｱ蝓ｺ逶､蜈ｱ蜷悟茜逕ｨ繝ｻ蜈ｱ蜷檎皮ｩｶ諡轤ｹ隨ｬ12蝗槭す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 9th July, 2020.
遏ｳ蟾 譎ｴ蝓ｺ, 蜊痩 荳豌ｸ, 螟ｧ蠎ｭ 闃ｳ蜑
FaSTAR-move縺ｫ繧医ｋNASA CRM縺ｨ遞ｼ蜒咲憾諷九Rotor 67縺ｮ繧ｨ繝ｳ繧ｸ繝ｳ-讖滉ｽ鍋ｵｱ蜷域ｵ∽ｽ楢ｨ育ｮ励↓蜷代¢縺ｦ.
隨ｬ3蝗櫁穐遨ｺ讖溽ｩｺ蜉帷皮ｩｶ繝ｯ繝ｼ繧ｯ繧ｷ繝ｧ繝, 蛻･蠎, 17-18 3譛, 2020.
Ishikawa, H., Chiba, K., and Ooba, Y.
Numerical Study of NASA Rotor 67 under running conditions on an Unstructured Hybrid Mesh.
Aerospace Europe Conference, Bordeaux, France, 25-28 February, 2020.
Maruyama, K. and Chiba, K.
Numerical Analysis on Aerodynamic Characteristics of Box-Wing for Application to Flying Car.
Aerospace Europe Conference, Bordeaux, France, 25-28 February, 2020.
Chiba, K., Umeda, Y., Hamada, N., and Yasue, K.
Quantitative Prescription of Transonic-airfoil-buffet Occurrence by Persistent Homology.
Aerospace Europe Conference, Bordeaux, France, 25-28 February, 2020
* ---- 2019 ---- *
遏ｳ蟾 譎ｴ蝓ｺ, 蜊痩 荳豌ｸ, 螟ｧ蠎ｭ 闃ｳ蜑,
NASA Roto 67蝗櫁ｻ｢鬧虚譎ゅ繝翫そ繝ｫ蜀Κ豬√髱樊ｧ矩譬ｼ蟄燭FD隗｣譫.
隨ｬ33蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 譛ｭ蟷, 11/27-29, 2019.
Hatta, T., Sawahara, M., Chiba, K., and Obayashi, S.
Fully Automated Optimum Design under an External Computer Environment.
16th International Conference on Flow Dynamics, Sendai, Japan, 6-8 November, 2019.
逕ｺ莠 菴ｳ闖懷ｭ, 蜊痩 荳豌ｸ, 蟆ｾ蟠 逶ｴ蜩, 蟾晏享 蠎ｷ蠑,
霆碁％驕ｷ遘ｻ閭ｽ蜉帙ｒ謖√▽雜ｰ丞梛莠ｺ蟾･陦帶弌縺ｮ菴守ｷｯ蠎ｦ蝨ｰ蝓溘隕ｳ貂ｬ譎る俣諡｡螟ｧ.
隨ｬ63蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 蠕ｳ蟲ｶ, 11/6-8, 2019.
蜆ｪ遘逋ｺ陦ｨ雉槫女雉
荳ｸ螻ｱ 閠募ｹｳ, 蜊痩 荳豌ｸ,
遨ｺ鬟帙霆翫∈縺ｮ驕狗畑繧堤岼謖＠縺檻ox Wing縺ｮ遨ｺ蜉帷音諤ｧ縺ｫ髢｢縺吶ｋ謨ｰ蛟､隗｣譫.
隨ｬ57蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 荳矩未, 10/16-18, 2019.
蜉阯､ 陬穂ｹ, 荳ｭ蛹 蜥御ｹ, 閼悽 遐, 蟆乗收 遶憺ヮ, 蜊痩 荳豌ｸ,
蜈牙ｭｦ險域ｸｬ繝輔ぅ繝ｼ繝峨ヰ繝け繧堤畑縺◆鬚ｨ豢櫁ｩｦ鬨捺ｨ｡蝙九繝ｪ繝｢繝ｼ繝郁扱髱｢蛻ｶ蠕｡.
隨ｬ57蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 荳矩未, 10/16-18, 2019.
Hatta, T., Sawahara, M., and Chiba, K.
Many-objective Multidisciplinary Evolutionary Design for Hybrid-wing-body-type Flyback Booster on an Entirely Automated System.
EUROGEN, Guimaraes, Portugal, 12-14 September, 2019.
Chiba, K., Sumimoto, T., and Sawahara, M.
Completely Automated System for Evolutionary Design Optimization with Unstructured Computational Fluid Dynamics.
International Conference on Intelligent Systems, Metaheuristics & Swarm Intelligence, Male, Maldives, 23-24 March, 2019.
Best Paper Presentation Award
蜊痩 荳豌ｸ, 蟆乗收 遶憺ヮ, 莨願陸 蛛･
繝ｨ繝ｼ譁ｹ蜷大屓霆｢閾ｪ逕ｱ蠎ｦ繧貞刈縺医◆闊ｪ遨ｺ讖溘ヵ繝ｩ繝縺ｮ遨ｺ蜉帛柑譫.
隨ｬ2蝗櫁穐遨ｺ讖溽ｩｺ蜉帷皮ｩｶ繝ｯ繝ｼ繧ｯ繧ｷ繝ｧ繝, 驕蛻育伐, 3/14-15, 2019.
蜊痩 荳豌ｸ, 菴丞 蜑帛ｿ, 貔､蜴 髮嚀
CFD隗｣譫舌ｒ莨ｴ縺､ｧ隕乗ｨ｡螟壽焚逶ｮ逧怙驕ｩ蛹悶↓蟇ｾ縺吶ｋ騾ｲ蛹冶ｨ育ｮ玲ｳ輔驕ｸ謚樊欠驥 - 繧ｷ繧ｹ繝Β螳悟閾ｪ蜍募喧縺ｨ譛臥ｿｼ繝輔Λ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ險ｭ險医∈縺ｮ蠢懃畑.
H30蟷ｴ蠎ｦ闊ｪ遨ｺ螳ｮ咏ｩｺ蜉帙す繝ｳ繝昴ず繧ｦ繝, 螻ｱ蜿｣, 1/25-26, 2019.
Sumimoto, T., Chiba, K., Kanazaki, M., Fujikawa, T., Yonemoto, K., and Hamada, N.
Evolutionary Multidiscipnary Design Optimization of Blended-Wing-Body-Type Flyback Booster.
AIAA Paper-2019-0703, 57th AIAA Aerospace Sciences Meeting, San Diego, USA, 7-11, January, 2019.
* ---- 2018 ---- *
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽
鄙ｼ閭ｴ荳菴薙ヵ繝ｩ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ蠖｢迥ｶ險ｭ險医↓雉☆繧矩ｲ蛹冶ｨ育ｮ励蟾ｮ逡ｰ縺ｮ蠖ｱ髻ｿ.
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨夐ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝2018, 遖丞ｲ｡, 12/8-9, 2018.
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽
繝上う繝代繝懊Μ繝･繝ｼ繝繝吶繧ｹ縺ｮ騾ｲ蛹冶ｨ育ｮ励↓繧医ｋ鄙ｼ閭ｴ荳菴薙ヵ繝ｩ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ蠖｢迥ｶ險ｭ險.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ31蝗櫁ｨ育ｮ怜鴨蟄ｦ隰帶ｼ比ｼ, 蠕ｳ蟲ｶ, 11/23-25, 2018.
遨ｴ郢 髯ｽ螟ｪ, 蜊痩 荳豌ｸ
Hand-crafted迚ｹ蠕ｴ驥上↓蟇ｾ縺吶ｋ螟壼蜉佞NN繝吶繧ｹ縺ｮ讌ｽ譖ｲ繧ｿ繧ｰ莠域ｸｬ繝｢繝Ν縺ｮ隧穂ｾ｡.
諠ｱ蜃ｦ逅ｭｦ莨夂ｬｬ121蝗樣浹讌ｽ諠ｱ遘大ｭｦ遐皮ｩｶ莨, 霈ｪ蟲ｶ, 11/21-22, 2018.
Sumimoto, T., Chiba, K., and Kanazaki, M.
Hypervolume-Based Evolutionary Many-Disciplinary Design Optimization of Blended-Wing-Body-Type Flyback Booster.
IEEE SSCI (Symposium Series on Computational Intelligence) 2018, Bangaluru, India, 11/18--21, 2018, pp.1331-1338.
Sumimoto, T., Chiba, K., Kanazaki, M., Fujikawa, T., Yonemoto, K., and Obayashi, S.
Fully Automatic Design Optimization System for Flyback Booster Considered From Subsonic to Hypersonic Range.
15th International Conference on Flow Dynamics, Sendai, Japan, 11/7-9, 2018.
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 阯､蟾 雋ｴ蠑, 邀ｳ譛ｬ 豬ｩ荳
鄙ｼ閭ｴ荳菴薙ヵ繝ｩ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ谿ｵ蠖｢迥ｶ縺ｮ遨ｺ蜉/遨ｺ蜉帛刈辭ｱ/遨ｺ陌夐驥乗怙驕ｩ險ｭ險.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ28蝗櫁ｨｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 11/4-6, 2018.
蜆ｪ遘隰帶ｼ碑ｫ匁枚陦ｨ蠖ｰ蜿苓ｳ
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽
繝上う繝代繝懊Μ繝･繝ｼ繝繝吶繧ｹ縺ｮ騾ｲ蛹冶ｨ育ｮ励↓繧医ｋ鄙ｼ閭ｴ荳菴薙ヵ繝ｩ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ蠖｢迥ｶ險ｭ險.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ, 髟ｷ轢, 9/6-8, 2018.
閼悽 遐, 蜊痩 荳豌ｸ, 蜉阯､ 陬穂ｹ, 荳ｭ蛹 蜥御ｹ
闊ｵ鄙ｼ鬚ｨ豢樊ｨ｡蝙九鬧虚邉ｻ蟆丞梛蛹悶→驕髫疲桃菴懊↓繧医ｋ螳滄ｨ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ, 髟ｷ轢, 9/6-8, 2018.
Kaji, A., Takahashi, S., Fujinami, Y., and Chiba, K.
A Proposal of Compact and Low-Power Flying Car in Japan by BLC Effect and Biomimetics.
The 7th International Symposium on Aero Aqua Bio-Mechanisms, 29 August - 1 September, Tokyo, Japan, 2018.
Ishikawa, S. and Chiba, K.
Superiority of the Bottom Geometry of Surfboard from the Viewpoint of Drag Performance.
The 13th World Congress on Computational Mechanics / 2nd Pan American Congress on Computational Mechanics (WCCM 2018), NY, USA, 22-27, July, 2018.
驥大ｴ 髮忽, 貂｡驍 逵滉ｹ, 譽滓悃 髮匐, 邀ｳ譛ｬ 豬ｩ荳, 阯､蟾 雋ｴ蠑, 莨願陸 雋ｴ荵, 蜊痩 荳豌ｸ
螟ｧ隕乗ｨ｡險育ｮ苓ｳｺ舌ｒ謠ｴ逕ｨ縺励◆譛臥ｿｼ蠑丞ｮｮ吝ｾ驍ｩ溘螳溽畑逧↑繧ｨ繧｢繝輔Ξ繝ｼ繝繝ｻ謗ｨ騾ｲ邨ｱ蜷郁ｨｭ險.
蟄ｦ髫帛､ｧ隕乗ｨ｡諠ｱ蝓ｺ逶､蜈ｱ蜷悟茜逕ｨ繝ｻ蜈ｱ蜷檎皮ｩｶ諡轤ｹ隨ｬ10蝗槭す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 7/12-13, 2018.
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 阯､蟾 雋ｴ蠑, 邀ｳ譛ｬ 豬ｩ荳
譛驕ｩ鬟幄｡檎ｵ瑚ｷｯ繧呈戟縺､鄙ｼ閭ｴ荳菴灘梛繝輔Λ繧､繝舌ャ繧ｯ繝悶繧ｹ繧ｿ谿ｵ蠖｢迥ｶ縺ｮ遨ｺ蜉/遨ｺ蜉帛刈辭ｱ/讒矩驥埼譛驕ｩ險ｭ險.
隨ｬ50蝗樊ｵ∽ｽ灘鴨蟄ｦ隰帶ｼ比ｼ/隨ｬ36蝗櫁穐遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝, 螳ｮ蟠, 7/4-6, 2018.
譟ｳ逕ｰ 螟ｧ霈, 遏ｳ讖 蜥悟､ｧ, 譴ｶ 謨ｦ谺｡, 蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ
BLC蜉ｹ譫懊ｒ蛻ｩ逕ｨ縺励◆譌･譛ｬ縺ｫ縺翫¢繧句ｰ丞梛菴取ｶ郁ｲｻ髮ｻ蜉帙遨ｺ鬟帙霆翫謠先｡.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ螟ｧ逕溽肇遐, 4/19-20, 2018.
Chiba, K., Umeda, Y., Hamada, N., and Yasue, K.
Unsteady Data Mining for Transonic Buffet Phenomena.
US-Japan Workshop on Bridging Fluid Mechanics and Data Science, 26-28, March, 2018.
蜊痩 荳豌ｸ, 譴伐 陬募ｹｳ, 豼ｱ逕ｰ 逶ｴ蟶, 菫晄ｱ 縺九↑蟄
髱槫ｮ壼ｸｸ繝繧ｿ繝槭う繝九Φ繧ｰ縺ｫ繧医ｋ驕ｷ髻ｳ騾溘ヰ繝輔ぉ繝ヨ縺ｮ譎らｩｺ髢鍋匱逕溯ｵｷ轤ｹ隱ｿ譟ｻ.
闊ｪ遨ｺ讖溽ｩｺ蜉帷皮ｩｶ繝ｯ繝ｼ繧ｯ繧ｷ繝ｧ繝, 遘倶ｿ, 3/19-20, 2018.
蜊痩 荳豌ｸ, 譴伐 陬募ｹｳ, 豼ｱ逕ｰ 逶ｴ蟶, 霍｡驛ｨ 髫, 蜿｣遏ｳ 闌, 驤ｴ譛ｨ 蠎ｷ蜿ｸ, 荳ｭ蛹 蜥御ｹ, 菫晄ｱ 縺九↑蟄
驕ｷ髻ｳ騾溘ヰ繝輔ぉ繝ヨ縺ｸ縺ｮ髱槫ｮ壼ｸｸ繝繧ｿ繝槭う繝九Φ繧ｰ隧ｦ陦.
蟷ｳ謌29蟷ｴ蠎ｦ闊ｪ遨ｺ螳ｮ咏ｩｺ蜉帙す繝ｳ繝昴ず繧ｦ繝, 螟ｩ遶･, 1/26-27, 2018.
Komatsu, T. and Chiba, K.
Aerodynamic Effect of Aircraft Flap with Yaw-Rotational Degree of Freedom.
AIAA Paper-2018-0047, 56th AIAA Aerospace Sciences Meeting, 8--12 January 2018, Gaylord Palms, Kissimmee, Florida, USA, 8-12, January, 2018.
Chiba, K., Umeda, Y., Hamada, N., Watanabe, S., Nakata, M., Yasue, K., Suzuki, K., Atobe, T., Kuchi-Ishi, S., Nakakita, K., and Ito, T.
Determination of Temporal and Spatial Origination of Transonic Buffet via Unsteady Data Mining.
AIAA Paper-2018-0036, 56th AIAA Aerospace Sciences Meeting, 8--12 January 2018, Gaylord Palms, Kissimmee, Florida, USA, 8-12, January, 2018.
* ---- 2017 ---- *
遏ｳ蟾 菫｡荵倶ｻ, 蜊痩 荳豌ｸ
豌玲ｶｲ莠檎嶌豬∬ｧ｣譫舌ｒ逕ｨ縺◆繧ｵ繝ｼ繝輔繝ｼ繝牙ｺ暮擇蠖｢迥ｶ縺梧蒲蜉帙↓蜿翫⊂縺吝ｽｱ髻ｿ隱ｿ譟ｻ.
隨ｬ31蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 莠ｬ驛ｽ, 12/12-14, 2017.
Nishikawa, R., Sawahara, M., Chiba, K., Yanagida, H., and Satori, S.
Comparison of Aerodynamic Performance of Lighter-Than-Air Vehicles for a Tethered High-Altitude Platform System.
14th International Conference on Flow Dynamics, 1-3, November, 2017.
譟ｳ逕ｰ 螟ｧ霈, 豎逕ｰ 謔逋ｻ, Que Ting Ting, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ
逕ｻ蜒剰ｧ｣譫舌↓繧医ｋ菫ら蕗蠑城｣幄｡瑚飴縺ｮ驕句虚隗｣譫.
隨ｬ61蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 譁ｰ貎, 10/25-27, 2017.
譟ｳ逕ｰ 螟ｧ霈, 豎逕ｰ 謔逋ｻ, Que Ting Ting, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ
蜍慕判蜒剰ｧ｣譫舌ｒ逕ｨ縺◆菫ら蕗蠑城｣幄｡瑚飴縺ｮ鬟幄｡悟ｮ牙ｮ壽ｧ縺ｮ隧穂ｾ｡譁ｹ豕輔↓縺､縺※.
2017蟷ｴ髮ｻ蟄先ュ蝣ｱ騾壻ｿ｡蟄ｦ莨壹た繧ｵ繧､繧ｨ繝ぅ螟ｧ莨, 譚ｱ莠ｬ, 9/12-15, 2017.
蟆乗收 遶憺ヮ, 蜊痩 荳豌ｸ
繝ｨ繝ｼ譁ｹ蜷大屓霆｢閾ｪ逕ｱ蠎ｦ繧呈怏縺吶ｋ繝輔Λ繝縺ｮ遨ｺ蜉帛柑譫.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2017, 陬冗｣先｢ｯ, 9/7-9, 2017.
闖 蟇帛万, 蜊痩 荳豌ｸ
蜈牙ｭｦ繧ｫ繝｡繝ｩ縺ｧ逕滓縺輔ｌ縺滓ｨ｡謫ｬ繝ヶ繝ｪ逕ｻ蜒上迚ｹ蠕ｴ轤ｹ讀懷 -邁｡譏鍋噪驕句虚謗ｨ螳壹螳溽樟繧堤岼謖＠縺ｦ-.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2017, 陬冗｣先｢ｯ, 9/7-9, 2017.
遏ｳ蟾 菫｡荵倶ｻ, 蜊痩 荳豌ｸ
豌玲ｶｲ莠檎嶌豬∬ｧ｣譫舌ｒ逕ｨ縺◆繧ｵ繝ｼ繝輔繝ｼ繝牙ｺ暮擇蠖｢迥ｶ縺梧蒲蜉帙↓蜿翫⊂縺吝ｽｱ髻ｿ隱ｿ譟ｻ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2017, 陬冗｣先｢ｯ, 9/7-9, 2017.
Chiba, K., Watanabe, S., Nakata, M., Umeda, Y., Hamada, N., Yasue, K., Suzuki, K., Kuchi-Ishi, S., Nakakita, K., and Ito, T.
An Attempt for Detecting Transonic Buffet Signature via Unsteady Data Mining.
The 2017 World Congress in Computer Science, Computer Engineering, and Applied Computing, The 13th International Conference on Data Mining, Las Vegas, Nevada, USA, 17-20, July, 2017.
驥大ｴ 髮忽, 貂｡驍 逵滉ｹ, 譽滓悃 髮匐, 邀ｳ譛ｬ 豬ｩ荳, 莨願陸 雋ｴ荵, 蜊痩 荳豌ｸ, 阯､蟾 雋ｴ蠑
螟ｧ隕乗ｨ｡險育ｮ苓ｳｺ舌ｒ謠ｴ逕ｨ縺励◆譛臥ｿｼ蠑丞ｮｮ吝ｾ驍ｩ溘螳溽畑逧↑繧ｨ繧｢繝輔Ξ繝ｼ繝繝ｻ謗ｨ騾ｲ邨ｱ蜷郁ｨｭ險.
蟄ｦ髫帛､ｧ隕乗ｨ｡諠ｱ蝓ｺ逶､蜈ｱ蜷悟茜逕ｨ繝ｻ蜈ｱ蜷檎皮ｩｶ諡轤ｹ隨ｬ9蝗槭す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 2017蟷ｴ7譛13,14譌･.
Watanabe, A., Itoh, T., Kanazaki, M., and Chiba, K.
A Scatterplots Selection Technique for Multi-Dimensional Data Visualization Combining with Parallel Coordinate Plots.
21st International Conference Information Visualisation, London, UK., 11-14, July, 2017.
Kanazaki, M., Yoda, H., Chiba, K., Kitagawa, K., and Shimada, T.
Performance Evaluation of Altering-intensity Swirling-Oxidizer-Flow-Type Hybrid Rocket Using Multi-Disciplinary Optimization.
7th European Conference for Aeronautics and Space Sciences, Milan, Italy, 3-6th July, 2017.
蜊痩 荳豌ｸ, 貂｡驍 逵滉ｹ, 荳ｭ逕ｰ 髮ｹ, 譴伐 陬募ｹｳ, 豼ｱ逕ｰ 逶ｴ蟶, 菫晄ｱ 縺九↑蟄, 驤ｴ譛ｨ 蠎ｷ蜿ｸ, 蜿｣遏ｳ 闌, 荳ｭ蛹 蜥御ｹ, 莨願陸 蛛･,
髱槫ｮ壼ｸｸ遨ｺ蜉帷樟雎｡蜈呎､懷縺ｸ縺ｮ繝繧ｿ繝槭う繝九Φ繧ｰ隧ｦ陦.
隨ｬ49蝗樊ｵ∽ｽ灘鴨蟄ｦ隰帶ｼ比ｼ/隨ｬ35蝗櫁穐遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝, 28-30 June, 2017.
Chiba, K. and Nakata, M.
From Extraction to Generation of Design Information - Paradigm Shift in Data Mining via Evolutionary Learning Classifier System.
International Conference on Computer Science, Zurich, Switzerland, 12-14 June, 2017.
Hamada, N. and Chiba, K.
Knee Point Analysis of Many-Objective Pareto Fronts Based on Reeb Graph.
IEEE Congress on Evolutionary Computation, San Sebastian, Spain, 5-8 June, 2017, pp.1603-1612.
Que, T. T., Yanagida, H., Ikeda, Y., Satori, S., Mitsuhasshi, R., Chiba, K., Ito, T.
Small Satellite Launch System by Aerial Launch Platform.
31st International Symposium on Space Technology and Science, Matsuyama, Japan, 3-9, June, 2017.
譟ｳ逕ｰ 螟ｧ霈, 豎逕ｰ 謔逋ｻ, 蜊痩 荳豌ｸ, 荳画ｩ 鮴堺ｸ, 菴宣ｳ･ 譁ｰ,
逕ｻ蜒剰ｧ｣譫舌↓繧医ｋ菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ鬟幄｡悟ｮ牙ｮ壽ｧ縺ｮ隧穂ｾ｡.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ48譛溷ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 4譛13-14譌･, , 2017.
豎逕ｰ 謔逋ｻ, 譟ｳ逕ｰ 螟ｧ霈, 菴宣ｳ･ 譁ｰ, 莨願陸 驍｣遏･, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ,
雜ｰ丞梛陦帶弌謇薙■荳翫£縺ｮ縺溘ａ縺ｮ菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ蝓ｺ遉守噪讀懆ｨ.
2017蟷ｴ髮ｻ蟄先ュ蝣ｱ騾壻ｿ｡蟄ｦ莨夂ｷ丞粋螟ｧ莨, 蜷榊商螻, 3譛22-25譌･, , 2017.
貂｡驍 蠖ｩ闖ｯ, 莨願陸 雋ｴ荵, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ,
闊ｪ遨ｺ螳ｮ呎ｩ溯ｨｭ險医縺溘ａ縺ｮ螟壽ｬ｡蜈庄隕門喧謇区ｳ輔↓蟇ｾ縺吶ｋ荳謠先｡.
隨ｬ15蝗樊律譛ｬ繝繧ｿ繝吶繧ｹ蟄ｦ莨壼ｹｴ谺｡螟ｧ莨夂ｬｬ9蝗槭ョ繝ｼ繧ｿ蟾･蟄ｦ縺ｨ諠ｱ繝槭ロ繧ｸ繝｡繝ｳ繝医↓髢｢縺吶ｋ繝輔か繝ｼ繝ｩ繝, 鬮伜ｱｱ, 3譛6-8譌･, 2017.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 蠍狗伐 蠕ｹ,
蜊倡ｴ斐↑驟ｸ蛹門王豬蛻ｶ蠕｡縺ｫ繧医ｋ遘大ｭｦ隕ｳ貂ｬ逕ｨ蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ縺ｫ縺翫¢繧区ｶ育ｎ蜀咲捩轣ｫ縺ｮ譛牙柑驕狗畑.
蟷ｳ謌28蟷ｴ蠎ｦ闊ｪ遨ｺ螳ｮ咏ｩｺ蜉帙す繝ｳ繝昴ず繧ｦ繝, 魑･鄒ｽ, 1譛20-21譌･, 2017.
Chiba, K., Kanazaki, M., and Shimada, T.,
Effective Operations of Extinction-Reignition with Simple Control of Oxidizer Flux on a Single-Stage Sounding Hybrid Rocket.
AIAA Paper-2017-0588, 55th AIAA Aerospace Sciences Meeting, Grapevine, Texas, USA, 9-13 January, 2017.
* ---- 2016 ---- *
豎逕ｰ 謔逋ｻ, 譟ｳ逕ｰ 螟ｧ霈, 菴宣ｳ･ 譁ｰ, 莨願陸 驍｣遏･, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ,
蟆丞梛陦帶弌謇薙■荳翫£縺ｮ縺溘ａ縺ｮ菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ遐皮ｩｶ - 繝｢繝ｼ繧ｷ繝ｧ繝ｳ繧ｭ繝｣繝励メ繝｣繧貞茜逕ｨ縺励◆蟋ｿ蜍｢謗ｨ螳.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨 隨ｬ17蝗槭す繧ｹ繝Β繧､繝ｳ繝げ繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ驛ｨ髢隰帶ｼ比ｼ, 譛ｭ蟷, 12譛15-17譌･, 2016.
譟ｳ逕ｰ 螟ｧ霈, 豎逕ｰ 謔逋ｻ, 菴宣ｳ･ 譁ｰ, 莨願陸 驍｣遏･, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ,
蟆丞梛陦帶弌謇薙■荳翫£縺ｮ縺溘ａ縺ｮ菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ遐皮ｩｶ - 螟ｧ讓ｹ螟夂岼逧穐遨ｺ蜈ｬ蝨偵〒縺ｮ螳滄ｨ灘ｱ蜻.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨 隨ｬ17蝗槭す繧ｹ繝Β繧､繝ｳ繝げ繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ驛ｨ髢隰帶ｼ比ｼ, 譛ｭ蟷, 12譛15-17譌･, 2016.
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 蛟臥伐 蜆ｪ螟ｪ, 驥大ｴ 髮忽,
TAS繧ｳ繝ｼ繝峨ｒ逕ｨ縺◆鬮倥繝ワ謨ｰ險育ｮ怜ｮ溽樟縺ｮ縺溘ａ縺ｮ蝓ｺ遉取､懆ｨ.
隨ｬ30蝗樊焚蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 12譛12-14譌･, 2016.
雉蟾 逾仙､ｪ譛, 貂｡驍 逵滉ｹ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 譽滓悃 髮匐,
髱槫乾隗｣蛻梵謇区ｳ匹IHSM縺ｫ縺翫¢繧区怙蟆乗髪謖∝ｺｦ閾ｪ蜍戊ｨｭ螳壹讀懆ｨ.
騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝2016, 荳顔ｷ丈ｸ繝主ｮｮ, 12譛10-11譌･, 2016.
Watanabe, A., Itoh, T., Kanazaki, M., and Chiba, K.,
Multidimensional Data Visualization for Airplane Design Optimization.
IEEE International Symposium on Big Data Visual Analytics, Sydney, Australia, 22-25 November, 2016.
Nakata, M. and Chiba, K.,
Design Strategy Generation for a Sounding Hybrid Rocket via Evolutionary Rule-Based Data Mining System.
The 20th Asia-pacific Symposium on Intelligent and Evolutionary Systems, Canberra, Australia, 16-18 November, 2016, pp.305-318.
Kanazaki, M., Imamura, T., Matsuno, T., and Chiba, K.,
Multiple Additional Sampling in Efficient Global Optimization for Real-World Design Problem.
The 20th Asia-pacific Symposium on Intelligent and Evolutionary Systems, Canberra, Australia, 16-18 November, 2016, pp.183-194.
Takanashi, S., Omori, T., Sunada, Y., Imamura, T., Kanazaki, M., Chiba, K., and Matsuno, T.,
Experimental Parametric Study of Fins Mounted Vertically over the Wing.
The 2016 Asia-Pacific International Syposium on Aerospace Technology, Toyama, Japan, 25-27 October, 2016.
Ito, S., Yoda, H., Kanazaki, M., Chiba, K., Kitagawa, K., and Shimada, T.,
Conceptual Design of Launch Vehicle Using A-SOFT Hybrid Rocket.
13th International Conference on Flow Dynamics, Sendai, Japan, 10-12 October, 2016.
Chiba, K., Yoda, H., Kanazaki, M., and Shimada, T.,
Numerical Investigation of Extinction-Reignition Superiority in a Single-Stage Sounding Hybrid Rocket.
13th International Conference on Flow Dynamics, Sendai, Japan, 10-12 October 2016.
Nishikawa, R., Chiba, K., Onda, M., Obayashi, S., Satori, S., and Akiba, R.,
Aerodynamic Design of Hull Geometry for Captive High-Altitude Lighter-Than-Air Platform System.
13th International Conference on Flow Dynamics, Sendai, Japan, 10-12 October 2016.
豼ｱ逕ｰ 逶ｴ蟶, 蜊痩 荳豌ｸ
Reeb繧ｰ繝ｩ繝輔↓蝓ｺ縺･縺丞､壽焚逶ｮ逧ヱ繝ｬ繝ｼ繝医ヵ繝ｭ繝ｳ繝医繝九繝昴う繝ｳ繝医讀懷豕.
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨夂ｬｬ11蝗樣ｲ蛹冶ｨ育ｮ礼皮ｩｶ莨, 逾樊虻, 2016蟷ｴ9譛14竏15譌･.
2016蟷ｴ蠎ｦ遐皮ｩｶ莨壽怙蜆ｪ遘隲匁枚雉槫女雉
蟆乗收 遶憺ヮ, 蜊痩 荳豌ｸ, 蜉阯､ 陬穂ｹ, 荳ｭ蛹 蜥御ｹ, 莨願陸 蛛･
繝輔Λ繝縺ｮ繝ｨ繝ｼ譁ｹ蜷大屓霆｢隗偵↓蟇ｾ縺吶ｋ遨ｺ蜉帷音諤ｧ縺翫ｈ縺ｳ隧穂ｾ｡.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ, 螟ｧ豢･, 2016蟷ｴ9譛8竏10譌･.
隘ｿ蟾 驕ｼ逾, 蜊痩 荳豌ｸ, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､LTA繝励Λ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β螳溽樟縺ｫ蜷代¢縺溷渕遉取､懆ｨ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ, 螟ｧ豢･, 2016蟷ｴ9譛8竏10譌･.
菴丞 蜑帛ｿ, 蜊痩 荳豌ｸ, 蛟臥伐 蜆ｪ螟ｪ, 驥大ｴ 髮忽
TAS隗｣譫舌↓縺翫¢繧貴ach謨ｰ髯千阜縺ｨ蠖｢迥ｶ萓晏ｭ俶ｧ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ, 螟ｧ豢･, 2016蟷ｴ9譛8竏10譌･.
隘ｿ蟾 驕ｼ逾, 蜊痩 荳豌ｸ, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､LTA繝励Λ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β螳溽樟縺ｫ蜷代¢縺溷渕遉取､懆ｨ.
隨ｬ60蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2016蟷ｴ9譛6竏9譌･.
譟ｳ逕ｰ 螟ｧ霈, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｫ繧医ｋ蟆丞梛陦帶弌謇薙■荳翫£螳ｮ吶ン繧ｸ繝阪せ繝｢繝Ν.
隨ｬ60蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2016蟷ｴ9譛6竏9譌･.
Chiba, K., Watanabe, S., and Kanazaki, M.,
Physical Construction of Local Design Information for Sounding Hybrid Rocket Design via Correlation-based Information Hierarchical Structure.
Proceedings on IEEE World Congress on Computational Intelligence, Vancouver, Canada, 24-29 July 2016, pp.2588-2595.
Watanabe, S., Nakano, S., Chiba, K., and Kanazaki, M.,
On-demand Correlation-based Information Hierarchical Structuring Method (CIHSM) for Non-dominated Solutions.
Proceedings on IEEE World Congress on Computational Intelligence, Vancouver, Canada, 24-29 July 2016, pp.1977-1984.
驥大ｴ 髮忽, 貂｡驍 逵滉ｹ, 譽滓悃 髮匐, 邀ｳ譛ｬ 豬ｩ荳, 莨願陸 雋ｴ荵, 蜊痩 荳豌ｸ, 阯､蟾 雋ｴ蠑
螟ｧ隕乗ｨ｡險育ｮ苓ｳｺ舌ｒ謠ｴ逕ｨ縺励◆譛臥ｿｼ蠑丞ｮｮ吝ｾ驍ｩ溘螳溽畑逧↑繧ｨ繧｢繝輔Ξ繝ｼ繝繝ｻ謗ｨ騾ｲ邨ｱ蜷郁ｨｭ險.
蟄ｦ髫帛､ｧ隕乗ｨ｡諠ｱ蝓ｺ逶､蜈ｱ蜷悟茜逕ｨ繝ｻ蜈ｱ蜷檎皮ｩｶ諡轤ｹ隨ｬ8蝗槭す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 2016蟷ｴ7譛14,15譌･.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 蠍狗伐 蠕ｹ
驟ｸ蛹門王豬蛻ｶ蠕｡縺ｫ繧医ｋ繝上う繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ豸育ｎ蜀咲捩轣ｫ縺ｮ譛牙柑驕狗畑.
隨ｬ48蝗樊ｵ∽ｽ灘鴨蟄ｦ隰帶ｼ比ｼ/隨ｬ34蝗櫁穐遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝, 驥第ｲ｢, 2016蟷ｴ7譛6竏8譌･.
Onda, M., Chiba, K., Satori, S. and Akiba, R.,
Historical Overview on Japanese R&D Efforts for Stratospheric LTA Platforms.
AIAA Aviation and Aeronautics Forum and Exhivision 2016, Washington, D.C., USA, 13-17 June 2016.
Chiba, K., Kanazaki, M., and Shimada, T.,
Manifestation of Ascendancy of Extinction-Reignition on Sounding Hybrid Rocket Using Design Informatics.
European Congress on Computational Methods in Applied Sciences and Engineering, Crete Island, Greece, 5-10 June 2016, pp.8403-8418.
ISBN: 978-618-82844-0-1
DOI: 10.7712/100016
貂｡驍 蠖ｩ闖ｯ, 莨願陸 雋ｴ荵, 驥大ｴ 髮忽, 螳ｴ･譛ｨ 蝓ｺ蠑, 蜊痩 荳豌ｸ
闊ｪ遨ｺ讖溯ｨｭ險域怙驕ｩ蛹悶縺溘ａ縺ｮ螟壽ｬ｡蜈ョ繝ｼ繧ｿ蜿ｯ隕門喧.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 2016蟷ｴ4譛14竏15譌･.
鬮俶｢ｨ 閨｡, 螟ｧ譽ｮ 螟ｪ蜉, 遐ら伐 菫昜ｺｺ, 莉頑搗 螟ｪ驛, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
荳ｻ鄙ｼ荳雁桙逶ｴ闊ｵ鄙ｼ縺ｮ荳ｻ鄙ｼ繧ｳ繝ｼ繝蛾聞譁ｹ蜷台ｽ咲ｽｮ縺檎ｩｺ蜉帶ｧ閭ｽ縺ｫ荳弱∴繧句ｽｱ髻ｿ縺ｫ縺､縺※.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 2016蟷ｴ4譛14竏15譌･.
隘ｿ蟾 驕ｼ逾, 蜊痩 荳豌ｸ, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､LTA繝励Λ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β縺ｫ縺翫¢繧区ｩ滉ｽ薙荳頑邨瑚ｷｯ莠域ｸｬ.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 2016蟷ｴ4譛14譌･-15譌･.
鮨願陸 莉, 蜊痩 荳豌ｸ
隗｣譖ｴ譁ｰ縺ｫ髱槫乾隗｣繧堤畑縺ｋ螟夂岼逧き繝さ繧ｦ謗｢邏｢縺ｮ謠先｡.
隨ｬ10蝗樣ｲ蛹冶ｨ育ｮ礼皮ｩｶ莨, 蟾晏ｴ, 2016蟷ｴ3譛17譌･-18譌･.
2016蟷ｴ繝吶せ繝医繧ｹ繧ｿ繝ｼ雉槫女雉
荳ｭ驥 鄙, 貂｡驍 逵滉ｹ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽
逶ｸ髢｢蛻梵縺ｫ蝓ｺ縺･縺乗ュ蝣ｱ髫主ｱ､讒矩蛹悶謠先｡.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨夂ｬｬ43蝗樒衍閭ｽ繧ｷ繧ｹ繝Β繧ｷ繝ｳ繝昴ず繧ｦ繝, 螳､陂ｭ, 2016蟷ｴ3譛10譌･-11譌･.
荳画ｩ 鮴堺ｸ,鬮伜ｳｶ 遶應ｹ, 遏ｳ莠 荳蟶, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝蝓ｺ遉主ｮ滄ｨ鍋畑鬟帷ｿ比ｽ薙蟋ｿ蜍｢險域ｸｬ.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼圏驛ｨ謾ｯ驛ｨ隰帶ｼ比ｼ/隨ｬ13蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2016蟷ｴ3譛9譌･-10譌･.
隘ｿ蟾 驕ｼ逾, 蜊痩 荳豌ｸ, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ荳頑邨瑚ｷｯ莠域ｸｬ.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼圏驛ｨ謾ｯ驛ｨ隰帶ｼ比ｼ/隨ｬ13蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2016蟷ｴ3譛9譌･-10譌･.
菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｫ繧医ｋ蟆丞梛陦帶弌謇薙■荳翫£莠区･ｭ縺ｮ繝薙ず繝阪せ繝｢繝Ν.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼圏驛ｨ謾ｯ驛ｨ隰帶ｼ比ｼ/隨ｬ13蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2016蟷ｴ3譛9譌･-10譌･.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ縺ｫ縺翫¢繧区ｶ育ｎ蜀咲捩轣ｫ縺ｮ蜆ｪ菴肴ｧ.
遨ｺ蜉帷少遘醍碑ｲｻ繧ｷ繝ｳ繝昴ず繧ｦ繝, 謖ｮｿ, 2016蟷ｴ1譛.
Chiba, K., Yoda, H., Ito, S., Kanazaki, M., Watanabe, S., Kitagawa, K., and Shimada, T.,
Ascendancy of Extinction-Reignition on Single-Stage Hybrid Sounding Rocket in View of Fuels.
AIAA Paper-2016-0583, 54th AIAA Aerospace Sciences Meeting, San Diego, California, USA, 4-8 January 2016.
* ---- 2015 ---- *
貂｡驍 逵滉ｹ, 蜊痩 荳豌ｸ, 荳ｭ驥 鄙
繧ｪ繝ｳ繝繝ｳ繝蛾撼蜉｣隗｣蛻梵謾ｯ謠ｴ繧ｷ繧ｹ繝Β縺ｮ謠先｡医懈ｬ｡譛溽ｧ大ｭｦ隕ｳ貂ｬ逕ｨ繝ｭ繧ｱ繝ヨ險ｭ險亥撫鬘後ｒ騾壹＠縺ｦ縲.
騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝, 諢帷衍, 2015蟷ｴ12譛, pp.105-112.
蛟臥伐 蜆ｪ螟ｪ, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 貂｡驍 逵滉ｹ, 譽滓悃 髮匐
譛臥ｿｼ蠑丞ｮｮ吝ｾ驍ｩ溘螳牙ｮ壽ｧ繧定縺励◆莠憺浹騾滄｣幄｡梧凾縺ｮ遨ｺ蜉幄ｨｭ險.
謨ｰ蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 遖丞ｲ｡, 2015蟷ｴ12譛.
Chiba, K., Yoda, H., Ito, S., and Kanazaki, M.
Visualization of Design-Space Constitution for Single-Stage Hybrid Rocket with Rigid Body in View of Extinction-Reignition.
2015 IEEE Symposium Series on Computational Intelligence (IEEE SSCI2015), Cape Town, South Africa, 7-10 December, 2015, pp.933-940.
蜊痩 荳豌ｸ, 貂｡驍 逵滉ｹ, 驥大ｴ 髮忽
髫主ｱ､蝙狗嶌髢｢蛻梵繧堤畑縺◆谺｡譛溽ｧ大ｭｦ隕ｳ貂ｬ逕ｨ繝ｭ繧ｱ繝ヨ縺ｮ險ｭ險育ｩｺ髢捺ｧ矩蜿ｯ隕門喧.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨 繧ｷ繧ｹ繝Β繝ｻ諠ｱ驛ｨ髢 蟄ｦ陦楢ｬ帶ｼ比ｼ2015SI2015, 蜃ｽ鬢ｨ, 2015蟷ｴ11譛.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽
險ｭ險域ュ蝣ｱ蟄ｦ縺ｫ繧医ｋ谺｡譛溽ｧ大ｭｦ隕ｳ貂ｬ逕ｨ繝ｭ繧ｱ繝ヨ縺ｫ縺翫¢繧句､壽焚蝗樒辟ｼ縺ｮ蜆ｪ菴肴ｧ譏守､ｺ.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨 繧ｷ繧ｹ繝Β繝ｻ諠ｱ驛ｨ髢 蟄ｦ陦楢ｬ帶ｼ比ｼ2015SI2015, 蜃ｽ鬢ｨ, 2015蟷ｴ11譛.
荳ｭ驥 鄙, 貂｡驍 逵滉ｹ, 蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 譽滓悃 髮匐
險ｭ險郁隕∵ｱゅ↓蝓ｺ縺･縺城撼蜉｣隗｣蛻梵謾ｯ謠ｴ繧ｷ繧ｹ繝Β縺ｮ謠先｡.
險域ｸｬ閾ｪ蜍募宛蠕｡蟄ｦ莨 繧ｷ繧ｹ繝Β繝ｻ諠ｱ驛ｨ髢 蟄ｦ陦楢ｬ帶ｼ比ｼ2015SI2015, 蜃ｽ鬢ｨ, 2015蟷ｴ11譛.
螟ｧ譽ｮ 螟ｪ蜉, 鬮俶｢ｨ 閨｡, 遐ら伐 菫昜ｺｺ, 莉頑搗 螟ｪ驛, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
闊ｪ遨ｺ讖溘遯｢ｨ蠢懃ｭ皮ｷｩ蜥後↓蜷代¢縺滉ｸｻ鄙ｼ荳雁桙逶ｴ闊ｵ髱｢縺ｮ蛻ｩ逕ｨ縺ｫ髢｢縺吶ｋ螳滄ｨ鍋噪遐皮ｩｶ.
隨ｬ53蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 譚ｾ螻ｱ, 2015蟷ｴ11譛.
莉頑搗 螟ｪ驛, 螟ｧ譽ｮ 螟ｪ蜉, 鬮俶｢ｨ 閨｡, 遐ら伐 菫昜ｺｺ, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
譁ｰ縺励＞遨ｺ蜉帙ョ繝舌う繧ｹ縺ｨ縺励※縺ｮ荳ｻ鄙ｼ荳雁桙逶ｴ繝輔ぅ繝ｳ縺ｮ蜿ｯ閭ｽ諤ｧ縺ｫ縺､縺※.
隨ｬ53蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 譚ｾ螻ｱ, 2015蟷ｴ11譛.
蝮ら伐 蜥悟ｼ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌3谺｡蜈ｿｼ蠖｢迥ｶ縺ｫ繧医ｋ遨ｺ蜉帶ｧ閭ｽ縺ｸ縺ｮ蠖ｱ髻ｿ.
隨ｬ53蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 譚ｾ螻ｱ, 2015蟷ｴ11譛.
鮨玖陸 諷惹ｹ倶ｻ, 蜊痩 荳豌ｸ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆繝ｪ繝｢繝ｼ繝医そ繝ｳ繧ｷ繝ｳ繧ｰ縺ｮ縺溘ａ縺ｮ繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上蜍ｾ驟崎｣懈ｭ｣.
隨ｬ53蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 譚ｾ螻ｱ, 2015蟷ｴ11譛.
荳画ｩ 鮴堺ｸ, 鬮伜ｶ 遶應ｹ, 菴宣ｳ･ 譁ｰ, 菴舌惠 豁｣蟾ｳ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
繧｢繝ｳ繝ｩ繧､繧ｻ繝ｳ繧ｹ繝舌Φ繝峨ｒ逕ｨ縺◆菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｨ縺ｮ騾壻ｿ｡.
蟷ｳ謌27蟷ｴ蠎ｦ髮ｻ豌励諠ｱ髢｢菫ょｭｦ莨壼圏豬ｷ驕捺髪驛ｨ騾｣蜷亥､ｧ莨, 蛹苓ｦ, 2015蟷ｴ11譛.
Nishikawa, R., Chiba, K., Obayashi, S., Onda, M., Satori, S., and Akiba, R.
Feasibility Studies on a High-Altitude Captive Platform System.
12th International Conference on Flow Dynamics (ICFD), Sendai, Japan, 27-29 October, 2015.
螻ｱ逕ｰ 蜩ｲ蜩, 蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ, 荳ｸ 逾蝉ｻ, 菴占陸 蜩ｲ荵
蟆擂霈ｸ騾√謖∫ｶ夂噪髢狗匱縺ｫ蜷代¢縺 Aerial Launch Platform/System.
隨ｬ59蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 鮖ｿ蜈仙ｳｶ, 2015蟷ｴ10譛.
荳画ｩ 鮴堺ｸ, 鬮伜ｶ 遶應ｹ, 遏ｳ莠 荳蟶, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ繝Ξ繝｡繝ｼ繧ｿ縺翫ｈ縺ｳ蛻ｶ蠕｡菫｡蜿ｷ縺ｮ莨晞.
隨ｬ59蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 鮖ｿ蜈仙ｳｶ, 2015蟷ｴ10譛.
蜊痩 荳豌ｸ, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β縺梧戟縺､遨ｺ蜉帶ｧ閭ｽ縺ｮ邉ｻ謖吝虚縺ｫ蟇ｾ縺吶ｋ諢溷ｺｦ.
隨ｬ59蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 鮖ｿ蜈仙ｳｶ, 2015蟷ｴ10譛.
鮨玖陸 諷惹ｹ倶ｻ, 蟆冗ｬ蜴 螟ｧ霈, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ逕ｨ繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上繧ｽ繝輔ヨ繧ｦ繧ｧ繧｢逧鏡驟崎｣懈ｭ｣.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨夂ｬｬ25蝗櫁ｨｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 髟ｷ驥, 2015蟷ｴ9譛.
Chiba, K., Watanabe, S., Kanazaki, M., Kitagawa, K., and Shimada, T.
Elucidation of Influence of Fuels on Hybrid Rocket Using Visualization of Design-Space Structure.
The 11th edition of the International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Applications to Industrial and Societal Problems (EUROGEN), Glasgow, UK, 14-16 September 2015, pp.293-300.
Kanazaki, M., Chiba, K., Ito, S., Nakamiya, M., Kitagawa, K., and Shimada, T.
Genetic Algorithm Applied to Design Knowledge Discovery of Launch Vehicle Using Clustered Hybrid Rocket Engine.
The 11th edition of the International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Applications to Industrial and Societal Problems (EUROGEN), Glasgow, UK, 14-16 September 2015, pp.309-316.
蝮ら伐 蜥悟ｼ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌陦ｨ髱｢蜃ｹ蜃ｸ讒矩縺ｫ繧医ｋ遨ｺ蜉帶ｧ閭ｽ縺ｫ蟇ｾ縺吶ｋ蠖ｱ髻ｿ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨2015蟷ｴ蠎ｦ蟷ｴ谺｡螟ｧ莨, 譛ｭ蟷, 2015蟷ｴ9譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ鬮伜ｺｦ蛹悶縺溘ａ縺ｮ蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上↓蟇ｾ縺吶ｋ繝上繝峨え繧ｧ繧｢逧鏡驟崎｣懈ｭ｣.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨2015蟷ｴ蠎ｦ蟷ｴ谺｡螟ｧ莨, 譛ｭ蟷, 2015蟷ｴ9譛.
蜊痩 荳豌ｸ, 螻ｱ逕ｰ 蜩ｲ蜩, 諱ｩ逕ｰ 譏悟ｽｦ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蠑城ｫ伜ｱ､LTA繝励Λ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β縺ｮ螳溽樟蜿ｯ閭ｽ諤ｧ讀懆ｨ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2015, 貉ｯ豐ｳ蜴, 2015蟷ｴ8譛2-4譌･.
鬮俶｢ｨ 閨｡, 螟ｧ譽ｮ 螟ｪ蜉, 遐ら伐 菫昜ｺｺ, 莉頑搗 螟ｪ驛, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
讒倥↑蟷ｳ髱｢蠖｢繧呈戟縺､荳ｻ鄙ｼ荳雁桙逶ｴ闊ｵ鄙ｼ縺ｮ遨ｺ蜉帶ｧ閭ｽ縺ｮ豈碑ｼ.
闊ｪ遨ｺ螳ｮ呎ｵ∽ｽ鍋ｧ大ｭｦ繧ｵ繝槭繧ｹ繧ｯ繝ｼ繝ｫ2015, 貉ｯ豐ｳ蜴, 2015蟷ｴ8譛2-4譌･.
Chiba, K., Omori, T., Sunada, Y., and Imamura, T.
Cognition of Parameters' Role on Vertical Control Device for Aerodynamic Characteristics of Aircraft Using Data Mining.
Proceedings of the 6th International Conference on Computational Methods (ICCM), Auckland, New Zealand, 14-17, July 2015, Cambridge, G.R. Liu and Raj Das., ScienTech Publisher, p.ID753, pp.1-20.
ISSN: 2374-3948 (online)
Kanazaki, M., Ariyarit, A., Yoda, H., Ito, S., Chiba, K., Kitagawa, K., and Shimada, T.
Optimization of Ballistic Performance for Launch Vehicle Using Hybrid Rocket Engine Based on Enhanced Flight Simulation.
The 30th International Symposium on Space Technology and Science (ISTS), Kobe, Japan, July 2015, p.2015-a-22, pp.1-8.
鬮俶｢ｨ 閨｡, 螟ｧ譽ｮ 螟ｪ蜉, 遐ら伐 菫昜ｺｺ, 莉頑搗 螟ｪ驛, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
荳ｻ鄙ｼ荳雁桙逶ｴ闊ｵ鄙ｼ縺ｮ蟷ｳ髱｢蠖｢縺ｨ遨ｺ蜉帷音諤ｧ縺ｮ髢｢菫よｧ縺ｫ髢｢縺吶ｋ螳滄ｨ鍋噪遐皮ｩｶ.
隨ｬ47蝗樊ｵ∽ｽ灘鴨蟄ｦ隰帶ｼ比ｼ/隨ｬ33蝗櫁穐遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 2015蟷ｴ7譛.
Chiba, K., Satori, S., Mitsuhashi, R., Onda, M., Sano, M., Sasaki, J., and Akiba, R.,
Feasibility Studies on a High-Altitude Captive Lighter-Than-Air Platform System.
AIAA Paper-2015-3378, 15th AIAA Aviation Technology, Integration, and Operations Conference (AVIATION), Dallas, Texas, USA, June 2015.
 1.7MB
Yoda, H., Ito, S., Kanazaki, M., Chiba, K., Kitagawa, K., and Shimada, T.
Evolutionary Algorithm Applied to Ballistic Launch Vehicle Using Hybrid Rocket Engine by Enhanced Flight Simulation.
IEEE Congress on Evolutionary Computation (CEC) 2015, Sendai, Japan, May 2015, pp.618-625.
Chiba, K., Kanazaki, M., Ariyarit, A., Yoda, H., Ito, S., Kitagawa, K., and Shimada, T.
Multidisciplinary Design Exploration of Sounding Rocket Using Hybrid Rocket in View of Ballistic Performance.
The 8th Asian-Pacific Conference on Aerospace Technology and Science (APCATS), Jeju Island, Korea, May 2015, pp.105-109.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ逕ｨ繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上繝上繝峨え繧ｧ繧｢逧鏡驟崎｣懈ｭ｣.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼圏驛ｨ謾ｯ驛ｨ隰帶ｼ比ｼ2015, 閭ｽ莉｣, 2015蟷ｴ3譛.
荳画ｩ 鮴堺ｸ, 譌ｩ蝮 莠ｮ菴, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 蜉轢ｬ 隱蠢, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
繝上う繝悶Μ繝ラ菫ら蕗蝙区ｰ礼帥縺ｮ蝓ｺ譛ｬ險ｭ險.
髮ｻ蟄先ュ蝣ｱ騾壻ｿ｡蟄ｦ莨2015蟷ｴ邱丞粋螟ｧ莨, 莠ｬ驛ｽ, 2015蟷ｴ3譛.
關ｬ 豁｣螳, 譚画悽 螢ｮ蟷ｳ, 蝮ｪ蜴 蛛･莠ｺ, 蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ
繝ｩ繝ｳ繝舌ャ繧ｯ蝙九Ο繝ｼ繝舌縺ｫ縺翫¢繧区腐髫懆ｧ｣譫.
隨ｬ12蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2015蟷ｴ2譛.
蝮ら伐 蜥悟ｼ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌遨ｺ蜉帶ｧ閭ｽ縺ｫ蟇ｾ縺吶ｋ繝繧ｿ繝槭う繝九Φ繧ｰ.
隨ｬ12蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2015蟷ｴ2譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ逕ｨ繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上蜍ｾ驟崎｣懈ｭ｣.
隨ｬ12蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2015蟷ｴ2譛.
荳画ｩ 鮴堺ｸ, 譌ｩ蝮 莠ｮ菴, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 蜉轢ｬ 隱蠢, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗鬮伜ｱ､繝励Λ繝ヨ繝輔か繝ｼ繝縺ｮ騾壻ｿ｡繧､繝ｳ繝輔Λ.
隨ｬ12蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2015蟷ｴ2譛.
蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ, 遘玖痩 髏蝉ｺ碁ヮ
鬟幄｡瑚飴縺翫ｈ縺ｳ邏｢繧堤畑縺◆菫ら蕗蝙九繝ｩ繝ヨ繝輔か繝ｼ繝繧ｷ繧ｹ繝Β讒区Φ.
遘醍碑ｲｻ遨ｺ蜉帷少繧ｷ繝ｳ繝昴ず繧ｦ繝, 魑･蜿, 2015蟷ｴ1譛.
莉頑搗 螟ｪ驛, 螟ｧ譽ｮ 螟ｪ蜉, 鬮俶｢ｨ 閨｡, 驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 譚ｾ驥 髫
遏ｩ蠖｢蠖｢迥ｶ繧偵＠縺溷桙逶ｴ繧ｨ繝ｫ繝ｭ繝ｳ縺ｮ遨ｺ蜉帷音諤ｧ縺ｨ莉雁ｾ後螻暮幕.
遘醍碑ｲｻ遨ｺ蜉帷少繧ｷ繝ｳ繝昴ず繧ｦ繝, 魑･蜿, 2015蟷ｴ1譛.
Chiba, K., Satori, S., Mitsuhashi, R., Sasaki, J., and Akiba, R.
Motion Analysis of Captive Platform System Constructed from Airship and Tether.
AIAA Paper-2015-0713, 53rd AIAA Aerospace Science Meeting (SciTech), Kissimmee, Florida, USA, January 2015.
0.6MB
Omori, T., Sunada, Y., Imamura, T., and Chiba, K.
Experimental and Numerical Research on Aerodynamic Characteristics of Rectangular Fin Mounted Vertically over the Wing.
AIAA Paper-2015-0774, 53rd AIAA Aerospace Science Meeting (SciTech), Kissimmee, Florida, USA, January 2015.
* ---- 2014 ---- *
蟾ｦ譁ｭ 髻ｿ, 貂｡驍 逵滉ｹ, 蜊痩 荳豌ｸ, 譽滓悃 髮匐
鬮伜ｮ溽畑蛹悶縺溘ａ縺ｮMOEA/D縺ｮ謾ｹ濶ｯ.
騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝, 蠎ｳｶ, 2014蟷ｴ12譛.
Chiba, K., Omori, T., and Imamura, T.
Cognition of Parameters' Role on Vertical Control Device for Aerodynamic Performance of Aircraft.
IEEE International Conference on Data Mining, ICDM2014, 1st Workshop on Engineering Data Mining, EDM2014, Shenzhen, China, December 2014.
Kanazaki, M., Chiba, K., Watanabe, S., Kitagawa, K., and Shimada, T.
Structurization and Visualization of Design Space for Launch Vehicle with Hybrid Rocket Engine.
IEEE International Conference on Data Mining, ICDM2014, 1st Workshop on Engineering Data Mining, EDM2014, Shenzhen, China, December 2014.
關ｬ 豁｣螳, 鬟ｯ驥 雋ｴ荵, 譚画悽 螢ｮ蟷ｳ, 蝮ｪ蜴 蛛･莠ｺ, 譌ｩ蝮 莠ｮ逾, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
繝ｭ繝ｼ繝撰ｼ医繝メ峨謨囿隗｣譫.
隨ｬ23蝗槭せ繝壹繧ｹ繝ｻ繧ｨ繝ｳ繧ｸ繝九い繝ｪ繝ｳ繧ｰ繝ｻ繧ｳ繝ｳ繝輔ぃ繝ｬ繝ｳ繧ｹ, 螟ｧ髦ｪ, 2014蟷ｴ12譛.
蜊痩 荳豌ｸ, 貂｡驍 逵滉ｹ, 驥大ｴ 髮忽, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
辯侭遞ｮ繧定縺励◆繝上う繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ讎ょｿｵ險ｭ險医↓縺翫¢繧矩嚴螻､蝙狗嶌髢｢蛻梵.
隨ｬ58蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 髟ｷ蟠, 2014蟷ｴ11譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ鬮伜ｺｦ蛹悶縺溘ａ縺ｮ繝槭Ν繝√せ繝壹け繝医Ν逕ｻ蜒上↓蟇ｾ縺吶ｋ蜍ｾ驟崎｣懈ｭ｣.
隨ｬ58蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 髟ｷ蟠, 2014蟷ｴ11譛.
蝮ら伐 蜥悟ｼ, 鮨玖陸 諷惹ｹ倶ｻ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌遨ｺ蜉帶ｧ閭ｽ縺翫ｈ縺ｳ螳牙ｮ壽ｧ縺ｫ蟇ｾ縺吶ｋ繝代Λ繝｡繝ｼ繧ｿ蜷悟ｮ.
隨ｬ58蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 髟ｷ蟠, 2014蟷ｴ11譛.
Chiba, K., Kanazaki, M., Watanabe, S., Kitagawa, K., and Shimada, T.
Structurization of Design Space for Launch Vehicle with Hybrid Rocket Engine Using Stratum-Type Association Analysis.
The 18th Asia-Pacific Symposium on Intelligent and Evolutionary Systems, IES2014, Singapore, November 2014.
蟆城ｻ 髮､ｪ, 譌ｩ蝮 莠ｮ菴, 荳画ｩ 鮴堺ｸ, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗鬟幄｡瑚飴縺ｮ菴朱ｫ伜ｺｦ螳滄ｨ鍋畑險域ｸｬ蝎ｨ縺ｮ髢狗匱.
髮ｻ豌励諠ｱ髢｢菫ょｭｦ莨壼圏豬ｷ驕捺髪驛ｨ騾｣蜷亥､ｧ莨, 譛ｭ蟷, 2014蟷ｴ10譛.
荳画ｩ 鮴堺ｸ, 蟆城ｻ 髮､ｪ, 菴宣ｳ･ 譁ｰ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
螟壽ｩ溯蝙倶ｿら蕗鬟幄｡瑚飴縺ｮ讎ょｿｵ險ｭ險.
髮ｻ豌励諠ｱ髢｢菫ょｭｦ莨壼圏豬ｷ驕捺髪驛ｨ騾｣蜷亥､ｧ莨, 譛ｭ蟷, 2014蟷ｴ10譛.
Chiba, K., Watanabe, S., Kanazaki, M., and Obayashi, S.
Stratum-Type Association Analysis for Conceptual Design of Hybrid Rocket in View of Fuels.
International Conference on Flow Dynamics, ICFD2014, Sendai, Japan, October 2014.
Kitagawa, K., Shimada, T., Hori, K., Takemae, T., Shiraishi, N., Tomizawa, T., Suzuki, N., Yagishita, T., Oshima, N., Nagata, H., Wakita, M., Chiba, K., Sawada, K., Nagai, H., Wada Y., Yuasa, S., Sakurai, T., Kanazaki, M., Nakagawa, I., Morita, T., Nakamiya, M., Aso, S., Tani, Y., Tsuboi, N.
Technological Issues of Hybrid Propulsion System Required for Practical Use.
International Conference on Flow Dynamics, ICFD2014, Sendai, Japan, October 2014.
蝮ら伐 蜥悟ｼ, 鮨玖陸 諷惹ｹ倶ｻ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌遨ｺ蜉帶ｧ閭ｽ縺ｫ蟇ｾ縺吶ｋ繝代Λ繝｡繝ｼ繧ｿ蜷悟ｮ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 螳､陂ｭ, 2014蟷ｴ9譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ鬮伜ｺｦ蛹悶縺溘ａ縺ｮ遨ｺ謦ｮ逕ｻ蜒上↓蟇ｾ縺吶ｋ蜍ｾ驟崎｣懈ｭ｣.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 螳､陂ｭ, 2014蟷ｴ9譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
雜ｰ丞梛陦帶弌縺ｮ縺溘ａ縺ｮ蜿ｯ隕門縺ｫ繧医ｋ螟ｧ螳ｹ驥上ョ繝ｼ繧ｿ騾壻ｿ｡.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 螳､陂ｭ, 2014蟷ｴ9譛.
蟷ｳ蜈 逅ｳｰ, 菴舌惠 鬆ｹ, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ, 遘玖痩 髏蝉ｺ碁ヮ
豬√ｌ譁ｹ蜷代↓霆ｸ繧偵ｂ縺､譟ｱ迥ｶ迚ｩ菴薙↓蜒阪￥豬∽ｽ灘鴨縺ｨ蠕梧ｵ√↓髢｢縺吶ｋ遐皮ｩｶ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 螳､陂ｭ, 2014蟷ｴ9譛.
Chiba, K., Satori, S., Mitsuhashi, R., Sasaki, J., and Akiba, R.
Behavior of Tether for Captive Stratosphere Platform Using Airship.
Asia-Pacific International Symposium on Aerospace Technology, APISAT2014, Shanghai, China, September 2014.
Kanazaki, M., Ariyarit, A., Chiba, K., Kitagawa, K., and Shimada, T.
Conceptual Desin of Single-Stage Rocket Using Hybrid Rocket by Means of Genetic Algorithm.
Asia-Pacific International Symposium on Aerospace Technology, APISAT2014, Shanghai, China, September 2014.
菴宣ｳ･ 譁ｰ, 菴舌惠 鬆ｹ, 蜊痩 荳豌ｸ, 荳画ｩ 鮴堺ｸ, 蟷ｳ蜈 逅ｳｰ, 遶ｹ蜀 菴台ｻ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蝙九ワ繧､繝悶Μ繝ラ鬟幄｡瑚飴繧ｷ繧ｹ繝Β縺ｮ蝓ｺ遉守噪讀懆ｨ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨壼ｹｴ谺｡螟ｧ莨, 譚ｱ莠ｬ, 2014蟷ｴ9譛.
Kanamori, F., Kanazaki, M., Chiba, K., Nakamiya, M., Kitagawa, K., and Shimada, T.
Conceptual Design of Three Stage Hybrid Rocket Using Genetic Algorithm.
11th World Congress on Computational Mechanics, WCCM XI, Barcelona, Spain, July 2014.
Chiba, K., Kanazaki, M., Nakamiya, M., Kitagawa, K., and Shimada, T.
Bird's-Eye Visualization of Design-Knowledge Diversity for Launch Vehicle in View of Fuels on Hybrid Rocket Engine.
11th World Congress on Computational Mechanics, WCCM XI, Barcelona, Spain, July 2014.
Chiba, K., Kamei, T., Ito, T., Sugai, S., Ohta, S., and Satori, S.
Generation of Normalized Difference Vegetation Index Map for Precision Agriculture Using Small-Type Unmanned Aerial Vehicle.
AIAA Paper 2014-2416, AVIATION, AIAA Aviation and Aeronautics Forum and Exposition, Atlanta, Georgia, USA, June 2014.
1.5MB
Kanazaki, M., Ariyarit, A., Chiba, K., Kitagawa, K., and Shimada, T.
Multi-objective Genetic Algorithm Applied to Conceptual Design of Single-stage Rocket Using Hybrid Propulsion System.
The 8th China-Japan-Korea Joint Symposium on Optimization of Structural and Mechanical System, CJK-OSM8, Gyeongju, Korea, 28th May 2014.
Shimada, T., Kitagawa, K., Kanazaki, M., Yuasa, S., Sakurai, T., Nakagawa, I., Chiba, K., Nakamiya, M., and Ozawa, K.
Study of Low-Cost 100kg-Satellite Launcher Using Hybrid Rocket Engines.
Space Propulsion, Cologne, Germany, May 2014.
蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 菴舌惠 鬆ｹ, 譽壽ｬ｡ 莠伜ｼ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蝙矩｣幄｡瑚飴繝励Ο繧ｸ繧ｧ繧ｯ繝域ｧ区Φ.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ45譛溷ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 2014蟷ｴ4譛.
蟆城ｻ 髮､ｪ, 譌ｩ蝮 莠ｮ菴, 荳画ｩ 鮴堺ｸ, 菴宣ｳ･ 譁ｰ, 菴舌惠 豁｣蟾ｳ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴舌惠 鬆ｹ, 遘玖痩 髏蝉ｺ碁ヮ
菫ら蕗蝙矩｣幄｡瑚飴縺ｮ莠亥ｙ螳滄ｨ鍋畑繧｢繝薙が繝九け繧ｹ縺ｮ髢狗匱.
髮ｻ蟄先ュ蝣ｱ騾壻ｿ｡蟄ｦ莨2014蟷ｴ邱丞粋螟ｧ莨, 譁ｰ貎, 2014蟷ｴ3譛.
驥大ｴ 髮忽, 蜊痩 荳豌ｸ, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
驕ｺ莨晉噪繧｢繝ｫ繧ｴ繝ｪ繧ｺ繝縺ｫ繧医ｋ螟壽焚蝗樒辟ｼ繧定｡後≧繝上う繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ縺ｮ諤ｧ閭ｽ隧穂ｾ｡.
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨夂ｬｬ6蝗樣ｲ蛹冶ｨ育ｮ礼皮ｩｶ莨, 譚ｱ莠ｬ, 2014蟷ｴ3譛.
2014蟷ｴ蠎ｦ遐皮ｩｶ莨壽怙蜆ｪ遘隲匁枚雉槫女雉
鮨玖陸 諷惹ｹ倶ｻ, 蜊痩 荳豌ｸ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘∈縺ｮ謳ｭ霈峨ｒ諠ｳ螳壹＠縺溷､憺俣謦ｮ蠖ｱ逕ｨ繧ｫ繝｡繝ｩ縺ｮ蛻ｶ菴.
隨ｬ11蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2014蟷ｴ2譛.
逕ｰ荳ｭ 閨紋ｺ, 鮨玖陸 諷惹ｹ倶ｻ, 蜊痩 荳豌ｸ
繧｢繝ｫ繧ｽ繝溘ヨ繝ｩ繝ｻ繝槭け繝ｭ繧ｫ繝ｫ繝醍ｨｮ蟄舌ｒ闊ｪ遨ｺ蟾･蟄ｦ縺ｸ蠢懃畑縺吶ｋ縺溘ａ縺ｮ蝓ｺ遉守皮ｩｶ.
隨ｬ11蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2014蟷ｴ2譛.
阯､蜴 讒吩ｹ, 蜊痩 荳豌ｸ
蜀ｭ堤ｿｼ鬟幄｡梧ｩ溘遨ｺ蜉帷音諤ｧ.
隨ｬ11蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2014蟷ｴ2譛.
鬟ｯ驥 雋ｴ荵, 關ｬ 謾ｿ螳, 譚画悽 螢ｮ蟷ｳ, 蝮ｪ蜴 蛛･莠ｺ, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ
繝ｭ繝ｼ繝千畑繝繧ｿ蜿門ｾ苓｣ｽｮ縺ｮ髢狗匱.
隨ｬ11蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2014蟷ｴ2譛.
菴舌惠 鬆ｹ, 荳画ｩ 鮴堺ｸ, 蟷ｳ蜈 逅ｳｰ, 蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ, 遘玖痩髏蝉ｺ碁ヮ
菫ら蕗蝙矩｣幄｡瑚飴縺ｮ謚陦.
隨ｬ11蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2014蟷ｴ2譛.
* ---- 2013 ---- *
莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 莠莠 蜊謎ｹ, 闖ｺ 諷惹ｹ, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
CubeSat謳ｭ霈臥畑繝槭Ν繝√せ繝壹け繝医Ν繧ｫ繝｡繝ｩ縺ｮ髢狗匱.
隨ｬ22蝗槭せ繝壹繧ｹ繝ｻ繧ｨ繝ｳ繧ｸ繝九い繝ｪ繝ｳ繧ｰ繝ｻ繧ｳ繝ｳ繝輔ぃ繝ｬ繝ｳ繧ｹ, 譚ｱ莠ｬ, 2013蟷ｴ12譛.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 荳ｭ螳ｮ 雉｢讓ｹ, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
蝗ｺ菴鍋譁咏ｨｮ縺ｫ繧医ｋ蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ諤ｧ閭ｽ縺ｸ縺ｮ蠖ｱ髻ｿ縺ｮ菫ｯ迸ｰ逧庄隕門喧.
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨 騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝, 鮖ｿ蜈仙ｳｶ, 2013蟷ｴ12譛.
Chiba, K., Kanazaki, M., Nakamiya, M., Kitagawa, K., and Shimada, T.
Conceptual Design of Single-Stage Hybrid Rocket in View of Implication of Fuels.
International Conference on Flow Dynamics, ICFD, Sendai, Japan, November 2013.
Kitagawa, K., Shimada, T., Hori, K., Takemae, T., Shiraishi, N., Tomizawa, T., Suzuki, N., Yagishita, T., Oshima, N., Nagata, H., Wakita, M., Chiba, K., Sawada, K., Nagai, H., Wada Y., Yuasa, S., Sakurai, T., Kanazaki, M., Nakagawa, I., Morita, T., Nakamiya, M., Aso, S., Tani, Y., Tsuboi, N.
Development of GOX Hybrid Rocket Test Engine Facility in Hybrid Rocket Research Working Group.
International Conference on Flow Dynamics, ICFD, Sendai, Japan, November 2013.
Chiba, K., Kanazaki, M., Nakamiya, M., Kitagawa, K., and Shimada, T.
Conceptual Design of Single-Stage Hybrid Rocket Using Design Informatics.
Asia-Pacific International Symposium on Aerospace Technology, APISAT, Takamatsu, Japan, November 2013.
Kamei, T., Ito, T., Ohta, S., Satori, S., and Chiba, K.
Mapping of Normalized Difference Vegetation Index for Precision Agriculture by Small-Type Unmanned Aerial Vehicle.
Asia-Pacific International Symposium on Aerospace Technology, APISAT, Takamatsu, Japan, November 2013.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
險ｭ險域ュ蝣ｱ蟄ｦ繧堤畑縺◆蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ縺ｮ讎ょｿｵ險ｭ險.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 鬟ｯ驥 雋ｴ荵, 髟ｷ隹ｷ蟾 雋ｴ荵, 荳画ｩ 鮴堺ｸ, 菴宣ｳ･ 譁ｰ, 豌ｸ逕ｰ 譎ｴ邏, 蜊痩 荳豌ｸ
CAMUI-Avionics縺ｮ謇謎ｸ雁ｮ滄ｨ鍋ｵ先棡縺ｫ蟇ｾ縺吶ｋ謨囿隗｣譫.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
莠莠 蜊謎ｹ, 鬮倬 蜩ｲ荵, 蜊痩 荳豌ｸ
GPS繧堤畑縺◆蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘繝ｪ繧｢繝ｫ繧ｿ繧､繝邂｡逅.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
莠莠 蜊謎ｹ, 莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆豁｣隕丞喧讀咲函謖焚繝槭ャ繝斐Φ繧ｰ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
闖ｺ 諷惹ｹ, 驤ｴ譛ｨ 貎､荳, 菴蝉ｹ俣 諷, 蜊痩 荳豌ｸ
鬟幄｡梧ｧ閭ｽ蜷台ｸ翫縺溘ａ縺ｮ邏咎｣幄｡梧ｩ溷ｽ｢迥ｶ縺ｮ繝代Λ繝｡繝医Μ繝け繧ｹ繧ｿ繝ぅ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
闖ｺ 諷惹ｹ, 蜊痩 荳豌ｸ
蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ譛驕ｩ蛹也ｵ先棡縺ｫ蟇ｾ縺吶ｋ荳ｻ謌仙蛻梵.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ, 豐也ｸ, 2013蟷ｴ10譛.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 荳ｭ螳ｮ 雉｢讓ｹ, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
險ｭ險域ュ蝣ｱ蟄ｦ縺ｫ繧医ｋ遘大ｭｦ隕ｳ貂ｬ逕ｨ蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ縺ｮ讎ょｿｵ險ｭ險.
隨ｬ57蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 邀ｳ蟄, 2013蟷ｴ10譛.
莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 莠莠 蜊謎ｹ, 闖ｺ 諷惹ｹ, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ, 菴舌惠 豁｣蟾ｳ, 荳画ｩ 鮴堺ｸ
CubeSat謳ｭ霈臥畑繝槭Ν繝√せ繝壹け繝医Ν繧ｫ繝｡繝ｩ縺ｮ險ｭ險.
隨ｬ57蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 邀ｳ蟄, 2013蟷ｴ10譛.
Chiba, K., Kanazaki, M., Kitagawa, K., and Shimada, T.
Conceptual Design of Single-Stage Launch Vehicle with Hybrid Rocket Engine Using Design Informatics.
International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Applications to Industrial and Societal Problems, EUROGEN, Las Palmas de Gran Canaria, Spain, October 2013.
莠莠 蜊謎ｹ, 鬮倬 蜩ｲ荵, 蜊痩 荳豌ｸ
GPS繧剃ｽｿ逕ｨ縺励◆蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘繝ｪ繧｢繝ｫ繧ｿ繧､繝邂｡逅.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2013蟷ｴ9譛.
莠莠 蜊謎ｹ, 莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
邊ｾ蟇ｾｲ讌ｭ縺ｸ縺ｮ蛻ｩ逕ｨ繧堤岼謖＠縺溷ｰ丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘↓繧医ｋ豁｣隕丞喧讀咲函謖焚繝槭ャ繝嶺ｽ懈.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2013蟷ｴ9譛.
闖ｺ 諷惹ｹ, 驤ｴ譛ｨ 貎､荳, 菴蝉ｹ俣 諷, 蜊痩 荳豌ｸ
邏咎｣幄｡梧ｩ滉ｽ懈縺ｫ縺翫¢繧矩｣幄ｷ晞屬蜿翫貊樒ｩｺ譎る俣蜷台ｸ翫↓蟇ｾ縺吶ｋ謌ｦ逡･縺ｮ蟾ｮ逡ｰ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2013蟷ｴ9譛.
闖ｺ 諷惹ｹ, 蜊痩 荳豌ｸ
荳ｻ謌仙蛻梵繧堤畑縺◆蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ譛驕ｩ蛹也ｵ先棡縺ｫ蟇ｾ縺吶ｋ繝繧ｿ繝槭う繝九Φ繧ｰ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 蛹玲ｵｷ驕捺髪驛ｨ隰帶ｼ比ｼ, 蜃ｽ鬢ｨ, 2013蟷ｴ9譛.
蜊痩 荳豌ｸ, 驥大ｴ 髮忽, 荳ｭ螳ｮ 雉｢讓ｹ, 蛹怜ｷ 蟷ｸ讓ｹ, 蠍狗伐 蠕ｹ
遘大ｭｦ隕ｳ貂ｬ逕ｨ蜊俶ｮｵ蠑上ワ繧､繝悶Μ繝ラ繝ｭ繧ｱ繝ヨ讎ょｿｵ險ｭ險医∈縺ｮ險ｭ險域ュ蝣ｱ蟄ｦ縺ｮ螳滄°逕ｨ.
隨ｬ5蝗樣ｲ蛹冶ｨ育ｮ礼皮ｩｶ莨, 螳､陂ｭ, 2013蟷ｴ9譛.
Chiba, K., Kanazaki, M., Kitagawa, K., and Shimada, T.
Implication of Fuels in Performance of Single-Stage Launch Vehicle with Hybrid Rocket Engine.
Special Session on Computationally Efficient Simulation-Driven Engineering Design Optimization and Modeling, SDDOM, 3rd International Conference on Simulation and Modeling Methodologies, Technologies and Applications, SIMULTECH, Reykjavik, Iceland, July 2013.
Chiba, K., Kanazaki, M., Kitagawa, K., Nakamiya, M., and Shimada, T.
Conceptual Design of Single-Stage Hybrid Rocket in View of Multidiscipline Using Design Informatics.
5th European Conference for Aeronautics and Space Sciences, EUCASS, Munich, Germany, July 2013.
Chiba, K.
Evolutionary Hybrid Computation in View of Design Information by Data Mining.
IEEE Congress on Evolutionary Computation, CEC, pp.3387-3394, Cancun, Mexico, June 2013.
莠莠 蜊謎ｹ, 莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆豁｣隕丞喧讀咲函謖焚繝槭ャ繝嶺ｽ懈.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨壼ｹｴ莨夊ｬ帶ｼ比ｼ, 譚ｱ莠ｬ, 2013蟷ｴ4譛.
鬮倬 蜩ｲ荵, 莠莠 蜊謎ｹ, 闖ｺ 諷惹ｹ, 蜊痩 荳豌ｸ
GPS繧堤畑縺◆蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘邂｡逅す繧ｹ繝Β.
隨ｬ10蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2013蟷ｴ2譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 荳雁ｱｱ 蝟ｼ, 鬮倬 蜩ｲ荵, 髟ｷ隹ｷ蟾 雋ｴ荵, 逧ｷ 譎ｺ逾, 鬟ｯ驥 雋ｴ荵, 螟ｪ逕ｰ 隲ｭ蠢, 荳画ｩ 鮴堺ｸ, 菴宣ｳ･ 譁ｰ, 螳我ｸｭ 菫雁ｽｦ, 豌ｸ逕ｰ 譎ｴ邏, 蜊痩 荳豌ｸ
CAMUI-Avionics縺ｮ謨囿隗｣譫.
隨ｬ10蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2013蟷ｴ2譛.
莠莠 蜊謎ｹ, 莨願陸 驍｣遏･, 螟ｪ逕ｰ 隲ｭ蠢, 菴宣ｳ･ 譁ｰ, 蜊痩 荳豌ｸ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆蝨ｰ陦ｨ逕ｻ蜒丞叙蠕.
隨ｬ10蝗槫圏豬ｷ驕灘ｮｮ咏ｧ大ｭｦ謚陦灘卸謌舌そ繝ｳ繧ｿ繝ｼ蟄ｦ陦楢ｬ帶ｼ比ｼ, 譛ｭ蟷, 2013蟷ｴ2譛.
蜊痩 荳豌ｸ
險ｭ險域ュ蝣ｱ縺ｫ蟇ｾ縺吶ｋ騾ｲ蛹也噪譛驕ｩ蛹匁焔豕輔蟾ｮ逡ｰ縺ｮ蠖ｱ髻ｿ.
遘醍碑ｲｻ遨ｺ蜉帷少繧ｷ繝ｳ繝昴ず繧ｦ繝, 莠ｬ驛ｽ, 2013蟷ｴ1譛.
Chiba, K.
Aerodynamic Performance of Remex-Inspired Plural Airplane Flaps.
AIAA Paper 2013, 51st AIAA Aerospace Sciences Meeting, Grapevine, Texas, USA, January 2013.
* ---- 2012 ---- *
蜊痩 荳豌ｸ, 驥大ｴ 髮忽
險ｭ險域ュ蝣ｱ縺ｫ蟇ｾ縺吶ｋ騾ｲ蛹冶ｨ育ｮ玲焔豕輔蟾ｮ逡ｰ縺ｮ蠖ｱ髻ｿ.
騾ｲ蛹冶ｨ育ｮ怜ｭｦ莨 騾ｲ蛹冶ｨ育ｮ励す繝ｳ繝昴ず繧ｦ繝, 霆ｽ莠墓ｲ｢, 2012蟷ｴ12譛.
鮨玖陸 諷惹ｹ倶ｻ, 莨願陸 驍｣遏･, 荳雁ｱｱ 蝟ｼ, 莠莠 蜊謎ｹ, 菴宣ｳ･ 譁ｰ, 荳画ｩ 鮴堺ｸ, 蜊痩 荳豌ｸ
蛹玲ｵｷ驕灘ｷ･讌ｭ螟ｧ蟄ｦ縺ｮ螳ｮ咎幕逋ｺ.
University Space Engineering Consortium Workshop, 譛ｭ蟷, 2012蟷ｴ12譛.
Chiba, K.
Performance Comparison of Evolutionary Algorithms Applied to Hybrid Rocket Problem.
The 6th International Conference on Soft Computing and Intelligent Systems, The 13th International Symposium on Advanced Intelligent Systems, Kobe, Japan, November 2012.
4,603kB
莠莠 蜊謎ｹ, 莨願陸 驍｣遏･, 荳雁ｱｱ 蝟ｼ, 蜊痩 荳豌ｸ, 菴宣ｳ･ 譁ｰ
蟆丞梛辟｡莠ｺ闊ｪ遨ｺ讖溘ｒ逕ｨ縺◆蝨ｰ陦ｨ逕ｻ蜒丞叙蠕.
隨ｬ56蝗槫ｮｮ咏ｧ大ｭｦ謚陦馴｣蜷郁ｬ帶ｼ比ｼ, 蛻･蠎, 2012蟷ｴ11譛.
Chiba, K.
Hybrid Evolutionary Optimizer Applicable to Large-Scale and Practical Design Problem
International Computational Mechanics Symposium 2012 Computational Mechanics Division Japan Society of Mechanical Engineers, Kobe, Japan, October 2012.
Chiba, K.
Pure and Hybrid Optimizers Applicable to Aeronautical Design Problem.
European Congress on Computational Methods in Applied Sciences and Engineering, Vienna, Austria, September 2012.
Chiba, K.
Pure and Hybrid Optimizers Applicable to Large-Scale Design Problem.
The 6th International Conference on Genetic and Evolutionary Computing, ICGEC 2012, Kitakyushu, Japan, August 2012.
587kB
Chiba, K.
Design-Informatics beyond Multidisciplinary Design Optimization.
International Workshop on Future of CFD and Aerospace Sciences, Kobe, Japan, April 2012.
* ---- 2011 ---- *
Chiba, K.
Efficacy of Rough Set Theory as Decision Making - Investigation into Formulated Optimization Problem.
International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Applications to Industrial and Societal Problems EUROGEN2011, Capua, Italy, September 2011.
1,969kB
Obayashi, S. and Chiba, K.
Multidisciplinary Design Exploration Applied to Supersonic Aircraft.
International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Applications to Industrial and Societal Problems, EUROGEN2011, Capua, Italy, September 2011.
Chiba, K., Makino, Y., and Takatoya, T.
Design-Informatics Approach Applicable to Real-World Problem.
IEEE Symposium on Computational Intelligence 2011 in Multicriteria Decision-Making, Paris, France, April 2011, pp.167-174.
1,483kB
* ---- 2009 ---- *
Chiba, K., Makino, Y., and Takatoya, T.
Design-Informatics Approach for Intimate Configuration of Silent Supersonic Technology Demonstrator.
AIAA Paper 2009-0968, 47th AIAA Aerospace Sciences Meeting, Orlando, Florida, USA, January 2009.
2,476kB
* ---- 2008 ---- *
Chiba, K., Makino, Y., and Takatoya, T.
Evolutionary-Based Multidisciplinary Design Exploration for Intimate Configuration of Silent Supersonic Technology Demonstrator.
International Council of the Aeronautical Sciences 2008, Anchorage, Alaska, USA, September 2008.
Chiba, K., Makino, Y., and Takatoya, T.
Intimate Configuration Design of S3TD Using Multidisciplinary Evolutionary-Based Exploration.
5th European Congress on Computational Methods in Applied Sciences and Engineering, Venice, Italy, June 2008.
鬮俶虻隹ｷ 蛛･, 隨蜴 蛻ｩ陦, 蜊痩 荳豌ｸ, 迚ｧ驥 螂ｽ蜥
髱咏ｲ幄ｶ浹騾溽皮ｩｶ讖溘螟夂岼逧怙驕ｩ蠖｢迥ｶ險ｭ險(讒矩髢｢騾｣).
隨ｬ40蝗樊ｵ∽ｽ灘鴨蟄ｦ隰帶ｼ比ｼ/闊ｪ遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝2008, 莉吝床, 2008蟷ｴ6譛.
* ---- 2007 ---- *
蜊痩 荳豌ｸ, 迚ｧ驥 螂ｽ蜥, 鬮俶虻隹ｷ 蛛･
髱咏ｲ幄ｶ浹騾溽皮ｩｶ讖滉ｸｻ鄙ｼ縺ｫ蟇ｾ縺吶ｋ螟壼驥手檮蜷亥､夂岼逧怙驕ｩ險ｭ險医驕ｩ逕ｨ.
隨ｬ45蝗樣｣幄｡梧ｩ溘す繝ｳ繝昴ず繧ｦ繝, 蛹嶺ｹ晏ｷ, 2007蟷ｴ10譛.
Chiba, K., Makino, Y., and Takatoya, T.
Multidisciplinary Design Exploration of Wing Shape for Silent Supersonic Technology Demonstrator.
AIAA Paper 2007-4167, 25th AIAA Applied Aerodynamics Conference, Miami, FL, USA, June 2007.
4,927kB
Chiba, K., Makino, Y., and Takatoya, T.
Multidisciplinary Design Exploration for Silent-Supersonic-Technology-Demonstrator Wing Using CFD/CSD.
International Conference on Evolutionary and Deterministic Methods for Design, Optimization and Control with Aplications to Industrial and Societal Problems, EUROGEN2007, Jyvaskyla, Finland, June 2007.
蜊痩 荳豌ｸ, 迚ｧ驥 螂ｽ蜥, 鬮俶虻隹ｷ 蛛･
髱咏ｲ幄ｶ浹騾溽皮ｩｶ讖滉ｸｻ鄙ｼ蠖｢迥ｶ縺ｫ蟇ｾ縺吶ｋ螟壼驥手檮蜷域怙驕ｩ險ｭ險医蠢懃畑.
隨ｬ56蝗樒炊隲門ｿ懃畑蜉帛ｭｦ隰帶ｼ比ｼ夊ｬ帶ｼ秘寔, 蜈ｭ譛ｬ譛ｨ, 2007蟷ｴ3譛.
Chiba, K., Makino, Y., and Takatoya, T.
Application of Multidisciplinary Design Exploration for Silent-Supersonic-Technology-Demonstrator Wing.
Proceedings on 4th International Conference on Evolutionary Multi-Criterion Optimization for Late-Breaking Paper, Matsushima, Japan, March 2007, pp. 75-80.
* ---- 2006 ---- *
蜊痩 荳豌ｸ, 迚ｧ驥 螂ｽ蜥, 鬮俶虻隹ｷ 蛛･, 螻ｱ譛ｬ 荳閾｣
髱咏ｲ幄ｶ浹騾溽皮ｩｶ讖滉ｸｻ鄙ｼ縺ｮ螟壼驥手檮蜷域怙驕ｩ險ｭ險.
謨ｰ蛟､豬∽ｽ灘鴨蟄ｦ繧ｷ繝ｳ繝昴ず繧ｦ繝, 蜷榊商螻, 2006蟷ｴ12譛.
Chiba, K., Jeong, S., Obayashi, S., and Yamamoto, K.
Knowledge Discovery in Aerodynamic Design Space for Flyback-Booster Wing Using Data Mining.
AIAA Paper 2006-7992, 14th AIAA/AHI Space Planes and Hypersonic Systems and Technologies Conference, Canberra, Australia, November 2006.
7,259kB
蜊痩 荳豌ｸ, 莉頑搗 螟ｪ驛, 螻ｱ譛ｬ 荳閾｣
闊ｪ遨ｺ讖溘お繝ｳ繧ｸ繝ｳ鬨帝浹驕ｮ阡ｽ蜉ｹ譫懊險ｭ險域爾譟ｻ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨壼ｹｴ谺｡螟ｧ莨夊ｬ帶ｼ碑ｫ匁枚髮, 辭頑悽, 2006蟷ｴ9譛.
Chiba, K., Imamura, T., Amemiya, K., Jeong, S., and Yamamoto, K.
Design Exploration of Shielding Effect for Aircraft Engine Noise.
ECCOMAS CFD, Egmond aan Zee, The Netherlands, September 2006.
Chiba, K., Jeong, S., and Yamamoto, K.
Efficient Data Mining for Multi-Objective Design Exploration regarding Aerospace Vehicle.
International Conference on Nonlinear Problems in Aviation and Aerospace, Budapest, Hungary, June 2006.
* ---- 2005 ---- *
Obayashi, S., Jeong, S., and Chiba, K.
Multi-Objective Design Exploration for Multidisciplinary Design Optimization Problems.
Korea Computational Fluid Dynamics Conference, Busan, Korea, October 2005.
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽, 譽ｮ驥 陬戊｡
驕ｷ髻ｳ騾溷ｰ丞梛譌ｮ｢讖溘↓譁ｼ縺代ｋ螟壼驥手檮蜷域怙驕ｩ蛹.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨壼ｹｴ谺｡螟ｧ莨夊ｬ帶ｼ碑ｫ匁枚髮, 髮ｻ豌鈴壻ｿ｡螟ｧ蟄ｦ, 隱ｿ蟶, 2005蟷ｴ9譛.
Chiba, K., Jeong, S., Obayashi, S., and Morino, H.
Data Mining for Multidisciplinary Design Space of Regional-Jet Wing.
Proceedings on IEEE Congress on Evolutionary Computation, Edinburgh, UK, Vol.3, September 2005, pp.2333-2340.
4,429kB
Chiba, K., Obayashi, S., Nakahashi, K., and Morino, H.
High-Fidelity Multidisciplinary Design Optimization of Aerostructural Wing Shape for Regional Jet.
AIAA Paper 2005-5080, AIAA 23rd Applied Aerodynamics Conference, Toronto, Canada, June 2005.
9,242kB
Jeong, S., Chiba, K., and Obayashi, S.
Data Mining for Aerodynamic Design Space.
AIAA Paper 2005-5079, AIAA 23rd Applied Aerodynamics Conference, Toronto, Canada, June 2005.
1,413kB
Obayashi, S., Jeong, S., and Chiba, K.
Multi-Objective Design Exploration for Aerodynamic Configurations.
AIAA Paper 2005-4666, AIAA 35th Fluid Dynamics Conference and Exhibit, Toronto, Canada, June 2005.
1,242kB
Chiba, K., Obayashi, S., Nakahashi, K., and Morino, H.
High-Fidelity Multidisciplinary Design Optimization of Wing Shape for Regional Jet Aircraft.
Proceedings on 3rd International Conference on Evolutionary Multi-Criterion Optimization, Guanajuato, Mexico, March 2005, LNCS 3410, Springer-Verlag, pp.621-635.
2,930kB
* ---- 2004 ---- *
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
蜀堺ｽｿ逕ｨ螳ｮ呵ｼｸ騾∵ｩ溽ｿｼ蠖｢迥ｶ遨ｺ蜉帶怙驕ｩ險ｭ險医↓譁ｼ縺代ｋ繝医Ξ繝ｼ繝峨が繝戊ｧ｣譫舌→繝繧ｿ繝槭う繝九Φ繧ｰ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 隨ｬ14蝗 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ夊ｬ帶ｼ碑ｫ匁枚髮ｼ檎ｦ丞ｲ｡2004蟷ｴ11譛.
Chiba, K., Obayashi, S., Nakahashi, K., and Morino, H.
Multidisciplinary Design Optimization of Wing Shape for Regional Jet.
4th International Symposium on Advanced Fluid Information, Sendai, Japan, November 2004.
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
蜀堺ｽｿ逕ｨ螳ｮ呵ｼｸ騾∵ｩ溽ｿｼ蠖｢迥ｶ遨ｺ蜉幄ｨｭ險医繝医Ξ繝ｼ繝峨が繝戊ｧ｣譫.
闊ｪ遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝, 譚ｱ莠ｬ, 2004蟷ｴ6譛.
Chiba, K., Obayashi, S., and Nakahashi, K.
Tradeoff Analysis of Aerodynamic Wing Design for RLV.
Parallel Computational Fluid Dynamics, Gran Canaria, Spain, March 2004.
4,398kB
Chiba, K., Obayashi, S., and Nakahashi, K.
CFD Visualization of Second Primary Vortex Structure on a 65-Degree Delta Wing.
AIAA Paper 2004-1231, 42nd AIAA Aerospace Sciences Meeting and Exhibit, Reno, Nevada, USA, January 2004.
7,287kB
* ---- 2003 ---- *
Chiba, K., Obayashi, S., Nakahashi, K., Giotis, A. P., and Giannakoglou, K. C.
Evolutionary Design Optimization of Wing Shape for RLV Booster Stage Using Unstructured Navier-Stokes Computation.
3rd International Symposium on Advanced Fluid Information, NY, USA, November 2003.
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
髱樊ｧ矩N-S險育ｮ励↓繧医ｋRLV繝悶繧ｹ繧ｿ繝ｼ谿ｵ鄙ｼ蠖｢迥ｶ縺ｮ騾ｲ蛹也噪譛驕ｩ險ｭ險.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨 隨ｬ13蝗 險ｭ險亥ｷ･蟄ｦ繝ｻ繧ｷ繧ｹ繝Β驛ｨ髢隰帶ｼ比ｼ夊ｬ帶ｼ碑ｫ匁枚髮ｼ碁豐｢2003蟷ｴ10譛, pp.303-304.
蜆ｪ遘逋ｺ陦ｨ陦ｨ蠖ｰ蜿苓ｳ
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽, Giotis, A. P., Giannakoglou, K. C.
RLV繝悶繧ｹ繧ｿ繝ｼ谿ｵ 鄙ｼ蠖｢迥ｶ譛驕ｩ險ｭ險医∈縺ｮ騾ｲ蛹冶ｨ育ｮ玲ｳ輔蠢懃畑.
諠ｱ蜃ｦ逅ｭｦ莨 隨ｬ10蝗朞PS繧ｷ繝ｳ繝昴ず繧ｦ繝隲匁枚髮ｼ御ｺｬ驛ｽ2003蟷ｴ10譛, pp.231-234.
Chiba, K., Obayashi, S., Nakahashi, K., Giotis, A. P., and Giannakoglou, K. C.
Design Optimization of the Wing Shape for the RLV Booster Stage Using Evolutionary Algorithms and Navier-Stokes Computations on Unstructured Grids.
EUROGEN 2003, Barcelona, Spain, September 2003.
蜊痩 荳豌ｸ, 螟ｧ譫 闌
鬮倥Ξ繧､繝弱Ν繧ｺ謨ｰ蝓溘↓縺翫¢繧句燕邵∝翁髮｢貂ｦ讒矩縺ｮ繝薙ず繝･繧｢繝ｫ繝繧ｿ繝槭う繝九Φ繧ｰ.
譌･譛ｬ讖滓｢ｰ蟄ｦ莨壼ｹｴ谺｡螟ｧ莨夊ｬ帶ｼ碑ｫ匁枚髮I悟ｾｳ蟲ｶ2003蟷ｴ8譛, pp.217-218.
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
繝Ν繧ｿ鄙ｼ蜑咲ｸ∝翁髮｢貂ｦ縺ｮ繝ｬ繧､繝弱Ν繧ｺ謨ｰ蜉ｹ譫懊↓髢｢縺吶ｋ謨ｰ蛟､逧皮ｩｶ.
闊ｪ遨ｺ螳ｮ呎焚蛟､繧ｷ繝溘Η繝ｬ繝ｼ繧ｷ繝ｧ繝ｳ謚陦薙す繝ｳ繝昴ず繧ｦ繝梧擲莠ｬ2003蟷ｴ6譛.
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
繝ｬ繧､繝弱Ν繧ｺ謨ｰ6ﾃ10**6蝓溘〒縺ｮ蜑咲ｸ∝翁髮｢貂ｦ縺ｮ謖吝虚縺ｫ髢｢縺吶ｋ謨ｰ蛟､逧皮ｩｶ.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ34譛溷ｹｴ莨夊ｬ帶ｼ比ｼ夊ｬ帶ｼ秘寔梧擲莠ｬ2003蟷ｴ4譛, pp.64-67.
* ---- 2002 ---- *
蜊痩 荳豌ｸ, 螟ｧ譫 闌, 荳ｭ讖 蜥悟忽
TSTO Booster谿ｵ 鄙ｼ蠖｢迥ｶ縺ｮ螟夂岼逧怙驕ｩ蛹.
譌･譛ｬ闊ｪ遨ｺ螳ｮ吝ｭｦ莨夂ｬｬ33譛溷ｹｴ莨夊ｬ帶ｼ比ｼ夊ｬ帶ｼ秘寔梧擲莠ｬ2002蟷ｴ4譛, pp.57-60.
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