This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
A Design Method of Engine Intake and Exhaust System for Formula SAE® Vehicle Using Numerical Simulation Codes
Technical Paper
2005-32-0081
Annotation ability available
Sector:
Language:
English
Abstract
The regulations of Formula SAE® competitions restrain design, tuning, and improvement on engine in order to keep safety on driving. The competitors have basically chosen a 600 cc, 4-stroke engine for motorcycle according to the regulations. Therefore, it is necessary for higher engine performance to improve combustion by investigation of air intake and exhaust component design while the regulation agreement is the most important factor. Recently, many competitors have been using a high performance Engine Control Unit (ECU) easy to suitably control the engine combustion. The competitors can focus on optimization of the intake and exhaust components using ECU. Best tuning of each component is very difficult work because the design factors of these components have complicated relations with engine performance. Here, our interest is a method to reduce the optimization time of the system.
In this paper, we propose the design method of engine intake and exhaust system for a Formula SAE® competition vehicle using some numerical simulation methods.
Recommended Content
Authors
- Yasuhiro HONDA - Department of Mechanical Engineering and Applied Information Technology, Faculty of Engineering, Kokushikan University, Japan
- Tomoaki KODAMA - Department of Mechanical Engineering and Applied Information Technology, Faculty of Engineering, Kokushikan University, Japan
- Katsuhiko WAKABAYASHI - Department of Mechanical Engineering and Applied Information Technology, Faculty of Engineering, Kokushikan University, Japan
- Koichi NAKAYAMA - Program in Mechanical Engineering, Graduate School of Kokushikan University, Japan
- Tatsuya MORIMOTO - Program in Mechanical Engineering, Graduate School of Kokushikan University, Japan
- Takeshi UEDA - Program in Mechanical Engineering, Graduate School of Kokushikan University, Japan
Topic
Citation
HONDA, Y., KODAMA, T., WAKABAYASHI, K., NAKAYAMA, K. et al., "A Design Method of Engine Intake and Exhaust System for Formula SAE® Vehicle Using Numerical Simulation Codes," SAE Technical Paper 2005-32-0081, 2005.Also In
References
- Case Dean E. “Formula SAE® Competition History 1981-1996” Automotive Engineering International 109 1997
- Wakabayashi Katsuhiko Honda Yasuhiro Kodama Tomoaki “PBL Program by Producing SAE Formula Car at Kokushikan University” International Symposium on Product Oriented Engineering Education 1 5 2004
- Honda Yasuhiro Wakabayashi Katsuhiko Kodama Tomoaki “Effects on PBL Education of Kokushikan University -Education Effect on Formula SAE® Manufacturing Project-” Transactions of Kokushikan University Faculty of Engineering 38 107 112 2005
- Takahara Masao “Creating and Upbringing -Challenge to Student Formula SAE® Competition of JAPAN-” Journal of Society of Automotive Engineers of Japan 58 10 10 14 2004
- Honda Yasuhiro Morimoto Tatsuya “Challenge to 2nd Student Formula SAE® Competition of JAPAN -The 2nd Prize of First Competition: Kokushikan University-” Journal of Society of Automotive Engineers of Japan 58 10 19 22 2004
- Hattori Yoichi Tani Masashi Uchiumi Koji “Engineering Design Education and Yumekobo at Kanazawa Institute Technology” Journal of Society of Automotive Engineers of Japan 58 10 54 59 2004
- Itoh Hirokazu “Advice for Teams Aiming to Participate Formula SAE® -Project of Kouku-kosen Team Allows-” Journal of Japan Society for Design Engineering 38 2 51 57 2003
- Uda Kazufumi Kano Yoshio “Formula SAE® Project at the Kanagawa Institute of Technology” Journal of Japan Society for Design Engineering 38 2 58 64 2003
- Minara Yuji “Participation of Musashi Institute of Technology in Formula SAE® -Introduction of Activites of 2002 Joint Team and Musashi I. T. Team-” Journal of Japan Society for Design Engineering 38 2 65 70 2003
- Sekine Taro Hoshino Michihiko “Learning Process for Engineers Using Formula Car in College of Science and Technology, Nihon University” Journal of Japan Society for Design Engineering 38 2 71 75 2003
- Wakabayashi Katsuhiko Nakayama Kouichi “PBL Program Regarding Formula SAE® Competition in Kokushikan University” Journal of Japan Society for Design Engineering 38 2 76 82 2003
- Motohashi Yohei “Inside Report, The University of Tokyo Formula Factory” Engine Technology 5 2 68 69 2003
- Motohashi Yohei “Inside Report, The University of Tokyo Formula Factory” Engine Technology 5 3 94 95 2003
- Miyake Taiki “Inside Report, The University of Tokyo Formula Factory” Engine Technology 5 4 86 87 2003
- Miyake Taiki “Inside Report, The University of Tokyo Formula Factory” Engine Technology 5 5 86 87 2003
- Suzuki Takashi Terayama Kazuhiro “Challenge for Student Formula SAE® Competition of Japan #2, Power Train Design of Winning Car” Engine Technology 6 4 90 93 2004
- Stone Richard “Introduction to Internal Combustion Engine” Society of Automotive Engineers International 1999
- Heisler Heinz “Advanced Engine Technology” Society of Automotive Engineers International 1995
- Houjoh Haruo “Present and Future Aspects of Drivetrain Technology” Journal of Society of Automotive Engineers of Japan 58 9 4 9 2004
- Akimoto Yoshiaki Ueshima Hideo Kawaguchi Hiroshi Amakawa Yutaka Matsumoto Seiji Nakamura Kensuke Sato Toshiyuki “Development of High-Power and Low-Emission Engine for the Honda S2000” Honda R&D Technical Review 11 1 29 38 1999
- Sako Shinji Kawakita Tatsuya Fukazawa Susumu Watanabe Kenji Matsunaga Kenichi “Toyota 1GR-FE Engine” Engine Technology 5 5 70 75 2003
- Braunsperger Markus Nehse Wolfgang Reissing Joerg Rundert Stefan Yamane Ken “The New Boxer Engine in the BMW R1200GS” Engine Technology 7 1 74 69 2005
- Winterbone Desmond E. Pearson Richard J. “Design Techniques for Engine Manifolds, Wave Action Method for IC Engines” Society of Automotive Engineers International 1999
- Nakajima Yasuo Muranaka Shigeo Aoyagi Tuzo Matsuura Koji Oguri Akira “Intake System for Automobile Engines” Engine Technology 5 6 84 90 2003
- Nishida Masaya “Technologies of Intake System for High Performance Gasoline Engine -Variable Induction System-” Engine Technology 3 4 98 103 2001
- Matsumoto Seiji “The Changes and the Present Conditions of Variable Intake System” Engine Technology 5 1 14 19 2003
- Nishiwaki Kazuie “Necessity of Variable Valve Timing Mechanism and Variable Geometry in an Intake System” Engine Technology 5 1 35 40 2003
- Jawad Badih A. Lounsbery Amelia L. Hoste Jeffrey P. “Evolution of Intake Design for a Small Engine Formula Vehicle” Society of Automotive Engineers International SAE Technical Paper No. 2001-01-1211 1 8 2001
- Jawad Badih A. Hoste Jeffrey P. Johnson Brian E. “Intake System Design for a Formula SAE® Application” Society of Automotive Engineers International SAE Technical Paper No. 2001-01-2553 1 6 2001
- Jawad Badih A. Hoste Jeffrey P. Johnson Brian E. “Formula SAE® Dual Plenum Induction System Design” Society of Automotive Engineers International SAE Technical Paper No. 2002-01-0457 1 5 2002
- Jawad Badih A. Biggs Christopher Klein Bradley “Exhaust System Design for a Four Cylinder Engine” Society of Automotive Engineers International SAE Technical Paper No. 2002-01-3316 1 7 2002
- Martyr Anthony Plint Michael “Engine Testing, Theory and Practice” Society of Automotive Engineers International 1998
- Maynes B. D. J. Kee R. J. Kenny R. G. Fleck R. “Virtual Engineering of Formula 1 Engines and Airboxes” Auto Technology 4 46 50 2003
- Blair Gordon P. “Design and Simulation of Four-Stroke Engines” Society of Automotive Engineers International 1999
- Blair Gordon P. Optimum Power Technology “Virtual 4-Stroke: Design and Simulation of Four-Stroke Engines (CD-ROM)” Society of Automotive Engineers International 1999
- Blair Gordon P. “Design and Simulation of Four-Stroke Engines, Computer Software” Society of Automotive Engineers International 1999
- Optimum Power Technology “Virtual Engines User Manual” Optimum Power Technology 2005
- Fluent Asia Pacific “Fluent User Manual” Fluent Asia Pacific 2005
- Fluent Asia Pacific “Gambit Manual” Fluent Asia Pacific 2005