아크스프링의 이산화 모델을 사용한 DMF 성능 시뮬레이션

Performance Simulation for a Dual Mass Flywheel using Discrete Model of Arcspring

  • 발행 : 2004.07.01

초록

This paper presents a discrete analysis approach to investigate the performance of dual mass flywheel (DMF). In the discrete analysis, arcspring installed between the flywheels is modeled as N- discrete elements. Each element consists of mass, spring and nonlinear friction element. LuGre friction model is used to describe nonlinear friction characteristic. Based on the dynamic models of the DMF, clutch, engine, manual transmission and vehicle, a DMF performance simulator is developed using MATLAB Simulink. Simulation results of the engine speed, driveshaft torque and vehicle velocity are compared with test results. It is found that the discrete DMF model describes the vehicle behavior closely, especially during the clutch actuation period.

키워드

참고문헌

  1. SAE 911059 Consideration of a New Type Two-Mass Flywheel K.Yamamoto
  2. Luk Symposium DMFW- Nothing New? A.Kooy
  3. KSME v.6 no.1 A Study on Design Parameters of Dual Mass Flywheel System J.Song
  4. Luk Symposium Advanced Development of Dual Mass Flywheel Design A.Albers
  5. Spring Conf. KSME Clutch Damper Chracteristics Analysis using Discrete Model K.H.Ahn
  6. IEEE Trans. on Automatic Control Single State Elasto-Plastic Models for Friction Compensation P.Dupont;V.Hayward
  7. European Journal of Control Friction Models and Friction Compensation H.Olsson
  8. International Conference on Vehicle NVH and Refinement Computer Simulation of Torsional Vibrations in Vehicle Powertrains A.Laschet
  9. Vehicle Noise and Vibration, European Conference Transmission Modeling for Gear Rattle Analysis Y.M.Wang