Torsional vibration analysis of a planetary gear type antiresonant vibration isolator using transfer matrix method, Part II: Application to automotive powertrain

다국어 초록 (Multilingual Abstract)

In this research, an analytical modeling and analysis approach called the transfer matrix method is applied to study a planetary gear type dynamic antiresonant vibration isolator (PG-DAVI) for complex rotational systems. In this part 2 of series papers, the transfer matrix method is applied to an automotive powertrain system with an embedded PG-DAVI to characterize torsional vibration attenuation. First, the internal configuration of an automotive powertrain system is described as a baseline system, and its modal characteristics and harmonic responses are calculated. Then, two additional powertrain systems modified with a PG-DAVI and a classical dynamic absorber are presented. Finally, the effectiveness of vibration suppression in the powertrain system using a PG-DAVI is investigated by comparing the modal characteristics, harmonic responses, and time responses of the three powertrain configurations using the transfer matrix method as well as conventional analytical and numerical methods.

참고문헌 (Reference)

1 윤종환, "전달행렬법을 이용한 유성기어형 반공진 진동 절연기 특성 연구" 한국소음진동공학회 29 (29): 98-106, 2019

2 윤종환, "전달행렬법을 이용한 레버형 반공진 진동 절연기 특성 연구" 한국소음진동공학회 28 (28): 574-581, 2018

3 곽동기, "외팔보 구조물의 진동감쇠를 위한 동흡진기의 실험적 연구" 한국소음진동공학회 21 (21): 991-996, 2011

4 마이 반 응옥, "반공진을 이용한 대역 차단형 비틀림 진동 절연기의 토크 전달률 해석 및 측정" 한국소음진동공학회 28 (28): 582-588, 2018

5 윤종환, "레버형 반공진 진동 절연기의 진동 특성 연구" 한국소음진동공학회 26 (26): 187-194, 2016

6 H. Rahnejat, "Tribology and Dynamics of Engine and Powertrain:Fundamentals, Applications and Future Trends" Woodhead Publishing 2010

7 M. Mohammadpour, "Transmission efficiency and noise, vibration and harshness refinement of differential hypoid gear pairs" 228 : 19-33, 2013

8 M. De la Cruz, "Transmission drive rattle with thermo-elastohydrodynamic impacts:Numerical and experimental investigations" 1 : 137-161, 2011

9 D. Chen, "Research of design and vibration reduction of dual mass flywheel with arc helix spring" 2706-2709, 2011

10 A. Wedin, "Reduction of vibrations in engines using centrifugal pendulum vibration absorbers" Chalmers University of Technology 2011

11 P. Bertin, "Radial dual mass flywheel" SAE 1995

12 A. S. Alsuwaiyan, "Performance and dynamic stability of general-path centrifugal pendulum vibration absorbers" 252 : 791-815, 2002

13 A. M. Sharaf, "Optimisation of AWD off-road vehicle performance using visco-lock devices" 15 : 188-207, 2008

14 W. Sun, "Nonlinear characteristics study and parameter optimization of DMF-RS" 4 : 1050-1057, 2011

15 D. E. Newland, "Nonlinear aspects of the performance of centrifugal pendulum vibration absorbers" 86 : 257-263, 1964

16 C. P. Chao, "Non-unison dynamics of multiple centrifugal pendulum vibration absorbers" 204 : 769-779, 1997

17 H. Rahnejat, "Multi-body Dynamics: Vehicles, Machines and Mechanisms" Professional Engineering Publishing 1998

18 M. Daliri, "Magnetohydrodynamics of couple stress lubricants in combined squeeze and shear in parallel annular disc viscous coupling systems" 229 : 578-596, 2015

19 K. Li, "Lever mechanism for vibration isolation" 1 (1): 21-28, 2010

20 T. Wellmann, "Influence of automatic engine stop/start systems on vehicle NVH and launch performance" 8 (8): 1938-1946, 2015

21 S. Theodossiades, "Effect of a dual-mass flywheel on the impact-induced noise in vehicular powertrain systems" 220 : 747-761, 2006

22 W. G. Flannelly, "Dynamic Anti-resonant Vibration Isolator, U.S. Patent No 3,322,379"

23 L. Q. Song, "Design and analysis of a dual mass flywheel with continuously variable stiffness based on compensation principle" 79 : 124-140, 2014

24 N. Cavina, "Analysis of a dual mass flywheel system for engine control applications" SAE 2004

25 C. Yilmazr, "Analysis and design of passive band-stop filter-type vibration isolators for low-frequency applications" 291 (291): 1004-1028, 2006

26 이대은, "A Comparison of Vibration Isolation Characteristics of Various Forms of Passive Vibration Isolator" 한국소음진동공학회 22 (22): 817-824, 2012