Research Article Open Access

Dynamic Behavior of Tyre Tread Block

K. Sridharan1 and R. Sivaramakrishnan1
  • 1 Anna University (MIT Campus), India


The Tyre tread pattern is the arrangement of blocks, grooves and voids, sipes and channels designed into the tread to enhance its grip on the road. Tread is the uppermost part of any tyre which contact into the road and it has its own performance towards mileage, traction, low noise and heat built up properties. It would be meaningful to conduct an extended analysis on the tyre tread blocks for its performance in static and dynamic condition to predict its behavior and wear of tread block in on-road condition. The Finite Element software Abaqus is used for the present analysis of the tread block and its behavior was studied on two different contact surfaces. The tread block is modeled in six different shapes and analyzed for is performance. The deformation stress strain characteristic of different blocks is studied which will be useful in deciding the contact behavior, friction and road grip. The regular shape/geometry has common behavior and the mixed type geometry shows a distinguished variation in the analysis. The dynamic stiffness and deformed shape was analyzed in this study and it has its own effect in tyre design. The tread block dynamics study by geometric shape would be vital in tread pattern optimization to enhance the traction, better hydroplaning and rolling resistance under all operating conditions.

American Journal of Engineering and Applied Sciences
Volume 5 No. 2, 2012, 119-127


Submitted On: 4 June 2012 Published On: 28 July 2012

How to Cite: Sridharan, K. & Sivaramakrishnan, R. (2012). Dynamic Behavior of Tyre Tread Block. American Journal of Engineering and Applied Sciences, 5(2), 119-127.

  • 9 Citations



  • Tread Pattern Optimization
  • Static and Dynamic
  • Block Dynamics
  • Geometric Shape