A402 The Study on Control of Air Suspensions for Rail Vehicles Considering Tight Curving Performance : Experiments and Simulation Using The One-car-modeled Test Bench
スポンサーリンク
概要
- 論文の詳細を見る
This paper presents the curving performance of rail vehicles with air suspensions. Air suspensions sometimes cause reduction of wheel load at transition curve at low speed, so it is very important to evaluate the performance on transition curve. The air suspensions have non-linear characteristics, consequently that the performance might be influenced by the initial condition, the entrance transition curve condition and so on. In this study, the effects of track and running condition on curving performance at the transition curve section were examined by computer simulations and experiments using the full scaled one-car-modeled test bench. It was found that that the performance was influenced by the air flow through the levering valve into or out the air suspensions and the experimental results agrees with computer simulations. So it is effective to consider the characteristics of air suspension system to improve safety of running.
- 一般社団法人日本機械学会の論文
著者
-
Suda Yoshihiro
Center for Collaborative Research, The University of Tokyo
-
Komine Hisanao
Institute of Industrial Science, The University of Tokyo
-
Komine Hisanao
Institute Of Industry Science The University Of Tokyo
-
Kurosaki Yukio
Institute of Industry Science, The University of Tokyo
-
Sato Yoshi
Railway Bogie Truck Manufacturing Department, Sumitomo Metal Industries, LTD.
-
Nakai Takuji
Railway Bogie Truck Manufacturing Department, Sumitomo Metal Industries, LTD.
-
Shimokawa Yoshiyuki
Railway Bogie Truck Manufacturing Department, Sumitomo Metal Industries, LTD.
-
Shimokawa Yoshiyuki
Railway Bogie Truck Manufacturing Department Sumitomo Metal Industries Ltd.
-
Suda Yoshihiro
Center For Collaborative Research & Institute Of Industrial Science University Of Tokyo
-
Suda Yoshihiro
Center For Collaborative Research The University Of Tokyo
-
Kurosaki Yukio
Institute Of Industry Science The University Of Tokyo
-
Nakai Takuji
Railway Bogie Truck Manufacturing Department Sumitomo Metal Industries Ltd.
-
Sato Yoshi
Railway Bogie Truck Manufacturing Department Sumitomo Metal Industries Ltd.
-
Suda Yoshihiro
Center for Collaborative Research & Center of Institute of Industrial Science, The University of Tokyo
関連論文
- ACTIVE CONTROL OF THE MECHATRONIC VEHICLE
- A301 Evaluation of Running Motion with Simulation and Experimental Platform For Single-Axle Scale Model Vehicle
- Effect of Hypoxia on Lactate Variables during Exercise
- Anaerobic Threshold in Chronic Obstructive Pulmonary Disease
- C802 FEASIBILITY OF SELF-POWERED ACTIVE VIBRATION CONTROL APPLIED TO SUSPENSIONS OF RUBBER-TIRED VEHICLES
- Proposal of Electro-Magnetic-Suspension System with Tilting Control
- Vector Liapunov Function Approach to Longitudinal Control of Vehicles in a Platoon
- PROPOSAL OF ELECTRO-MAGNETIC-SUSPENSION SYSTEM WITH TILTING CONTROL
- A402 The Study on Control of Air Suspensions for Rail Vehicles Considering Tight Curving Performance : Experiments and Simulation Using The One-car-modeled Test Bench
- Absolutely exponential stability of a class of neural networks with unbounded delay
- T-3-2-2 Proposal of Simplified Real-Time Multibody Analysis Method for Driving Simulator
- PROPOSAL OF VIRTUAL PROVING GROUND WITH DRIVING SIMULATOR
- T-4-4-4 Contact Force Fluctuation between Rail and Wheel
- A Method to Apply Friction Modifier in Railway System(Intemational Symposium on Speed-up and Service Technology for Railway and MAGLEV Systems)
- D801 A METHOD TO APPLY ERICTION MODIFIER IN RAILWAY SYSTEM
- A102 RESEARCH AND DEVELOPMENT OF ACTIVE-BOGIE-STEERING TRUCK : 1st report
- A603 Basic Study on Dynamic Simulator for Railway Riding Comfort Evaluation
- T-4-2-1 Curving Simulations and Comparison with Measurements for Railway Vehicles
- Development of driving simulator with full vehicle model of multibody dynamics
- Multistage and High-speed Compression Testing Machine for Obtaining Flow Stress and Microstructure Evolution in Hot Forming of Steels
- Modeling of Electromagnetic Damper for Automobile Suspension