This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Determining the Vertical and Longitudinal First Mode of Vibration of a Wide Base FEA Truck Tire
Technical Paper
2016-01-1308
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Language:
English
Abstract
The purpose of this study is to determine the effect of tire operating conditions, such as the tire inflation pressure, speed, and load on the change of the first mode of vibration. A wide base FEA tire (445/50R22.5) is virtually tested on a 2.5m diameter circular drum with a 10mm cleat using PAM-Crash code. The varying parameters are altered separately and are as follows: inflation pressure, varying from 50 psi to 165 psi, rotational speed, changing from 20 km/h to 100 km/h, and the applied load will fluctuate from 1,500 lbs. to 9000 lbs. Through a comparison of previous literature, the PAM-Crash FFT algorithmic results have been validated.
Recommended Content
Technical Paper | Analysis of Light-Duty Truck Vibration Using FEM |
Technical Paper | Performance Simulation Research on Bus with Air Suspension |
Technical Paper | CFD Simulations of Class 8 Trucks |
Authors
Citation
Lardner, K., El-Gindy, M., Oijer, F., Johansson, I. et al., "Determining the Vertical and Longitudinal First Mode of Vibration of a Wide Base FEA Truck Tire," SAE Technical Paper 2016-01-1308, 2016, https://doi.org/10.4271/2016-01-1308.Also In
References
- Wong J. Y. Theory of Ground Vehicles 3rd Toronto John Wiley & Sons, Inc. 2001
- Kindt P. , Sas P. and Desmet W. Three-dimesnional Ring Model for the Prediction of the Tyre structural Dynamic Behaviour Procedings of ISMA2008 4155 4170 2008
- Reid A. C. Development and Optamization of a Wide Base FEA Truck Tire Model for Prediction of Tire-Road Interactions Univerity of Onario Institute of Technology Oshawa, Ontario 2015
- Gonzalez C. D. , Vercammen S. , Kindt P. and Middelberg J. C. Experimetnal Characteristics of the Dynamic Vehaviour of Rolling Tires ISMA 2012-USD2012 Luxembourg 2012
- Chiesa A. , Obert L. and Tamburini L. Transmission of Tire Vibrations Automobile Engineer 54 Dec 520 530 1964
- Barson C. W. , macrombe A. W. and Macrombe A. W. Some Aspects of Tire and Vehicle Vibration Testing Proceedings of Institute of Mechanical Engineers 182 3B 32 1967 68
- Barson C. W. and Dodd A. M. Vibrational Characteristics of Tires Institute of Mechanical Engineers , no. paper C94/71 12 1971
- Potts G. R. and Csora T. T. Tire Vibration Studies: The State of the Art Tire Science and Technology 3 3 196 210 1975
- Pacejka H. Analysis of Tire Properties Mechanics of Pneumatic Tires, edited by Clark, Published by the U.S. Department of Transportation 1981
- Takayama M. and Yamagishi K. Simulation Model of Tire Vibration Tire Science and Technology 1 1 38 49 1984
- Kung L. E. , Soedel W. and Yang T. Y. Free Vibration of a Pneumatic Tire-Wheel Unit Using a Ring on anElastic Foundation and a Finite Elemeny Model Journal of Sound and Vibration 207 2 181 194 1986
- Ellis J. R. Vehicle Handling Dyanmics London Published by Mechanical Engineering Publications Limited 1994
- Huang S. C. The Vibration of Rolling Tires in Ground Contact International Journal of Vehicle Design 13 1 78 95 1992
- Scavuzzo R. W. , Richards T. R. and Charek L. T. Tire Vibration Modes and Effects on Vehicle Ride Quality Tire science and Technology 21 1 23 29 1993
- Nakajima Y. , Angelache G. and Stanesch A. Finite Element Analysis and Experimetnal Analysis of Natural Frequencies and Mode Shapes for a Non-Rotating TIre Vehicle System Dynamics Supplement 27 221 224 1997
- Negrus , E. , Anghelache , G. , and Sorohan , S. Tire Radial Vibrations at High Speed of Rolling SAE Technical Paper 980260 1998 10.4271/980260
- Byoung S. K. , Chang H. C. and Tae K. L. A Study on Radial Directional Natural Frequency and Damping Ratio in a Vehicle Tire Applied Acoustics 68 538 556 2007
- Chang Y. P. Nonlineat Rotating Tire Modeling for Transient Response Simulations Ph. D. Thesis Univerity Park, PA 2002
- Chae S. Nonlineat Finite Element Modeling And Analysis of A Truck Tire A Thesis in Materials Pennsylvania The Pennsylvania State Univeristy 2006 206
- Chatterjee A. and Ranjan V. Free Vivration Analysis of Radial Pneumatic Tire Using FEM International Journal of Emerging Technology and Advnaced Engineering 2 8 319 324 2012
- Marjani M. , El-Gindy M. , Phillips D. , Oijer F. and Hohansson I. FEA Tire Modeling and Validation Techniques, DETC2015-46514 Proceedings of the ASME 2015 International Design Engineering TEchnical COnferences & Computers and Information in Engineering Confrence IDETC/CIE 2015 Boston, MA, USA 2015
- Investigation of Tyre Vibration https://www.tut.fi/ms/muo/tyreschool/moduulit/moduuli_8/hypertext_2/1/1_3.html#1_3_4 13 01 2015
- MathWorks FAst Fourier Transform (FFT) Math Works 1994 2016 http://www.mathworks.com/help/matlab/math/fast-fourier-transform-fft.html 11 01 2016
- Zegelaar P. W. A. and Pacejka H. B. Dynamic Tyre Responses to Brake Torque Variations Vehicle System Dynamics: International Journal of Vehicle Mechanics 27 65 79 1997
- Takayama M. and Yamahishi K. Simulation Model of Tire Vibration Tire Science and Technology, TSTCA 1 1 38 49 1984
- Morello L. , Rossini L. R. , Pia G. and Tonoli A. Noise, Vibration, Harshness Automotive Body New York Springer 2011 574
- D'Antona G. and Ferrero A. Digital Signal Processing for Measuremnt Systems Theory and Applications New York Springer 2006
- Lines A. J. The Suspension Characteristics of Agricultural Tractor Tyres Cranfield Institute of Technology Silsoe College 1991