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Three-Dimensional Traveling Load Finite Element
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English
Abstract
This paper considers the development of finite element modelling schemes enabling the simulation of rolling tires. In particular, the moving Lagrangian type strategy is extended to 3-D type isoparametric elements. Because of its generality, the formulation can handle, kinematic and material nonlinearity, as well as, viscoelastic behavior. Overall, the procedure enables the modelling of 3-D rolling tires. To benchmark the procedure, a full tire simulation is treated. The results of this work are discussed in the paper.
Authors
Citation
Padovan, J. and Kennedy, R., "Three-Dimensional Traveling Load Finite Element," SAE Technical Paper 860811, 1986, https://doi.org/10.4271/860811.Also In
References
- Clark, S.K. “Mechanics of Pneumatic Tires” U.S. Department of Transportation, U.S. Government Printing Office Washington, D.C. 20402 1980
- Trinko, M.J. “Ply and Rubber Stresses and Contact Forces for a Loaded Radial Tire” Tire Science and Technology II 20 1984
- Kennedy, R.H. Patel, H. P. McMinn, M.S. “Radial Truck Tire Inflation Analysis: Theory and Experiment” Rub. Chem. Tech. 54 751 1981
- Padovan, J. “On Moving Thermal contact” AIAA Jr. 15 1811 1977
- Padovan, J. Zeid, I. “On the Development of Traveling Load Finite Elements” Jr. of Computers and Structures 12 77 1980
- Padovan, J. Paramadilok, O. “Transient and Steady State Viscoelastic Rolling Contact” Jr. of Computers and Structures 20 545 1985
- Padovan, J. Tovichakchaikul, S. “Finite Element Analysis of Steadily Moving Contact fields” Jr. of Computers and Structures 18 191 1984
- Kennedy, R. “Three Dimensional Finite Element Methodology for Steady State Rotation with Application to the Tire” University of akron 1985
- Zienkiewicz, O.C. “The finite Element Method” McGraw Hill 1980
- Padovan, J. “On Viscoelasticity and Standing Waves in Tires” Tire Science and Technology 4 233 1976