Experimental testing of an off-road instrumented tire on soft soil

Author:

Naranjo Scott David,Sandu Corina,Taheri Saied,Taheri Shahyar

Funder

Automotive Research Center

Publisher

Elsevier BV

Subject

Mechanical Engineering

Reference44 articles.

1. Chan BJ. Development of an off-road capable tire model for vehicle dynamics simulations [Ph.D. Dissertation]. Blacksburg, VA: Mechanical Engineering; 2008.

2. Development of a 3-D quasi-static tire model for on-road and off-road vehicle dynamics simulations: Part I – On-road flexible tire model;Chan;Int J Veh Syst Modell Test,2014

3. Development of a 3-D quasi-static tire model for on-road and off-road vehicle dynamics simulations: Part II – Off-road rigid wheel model;Chan;Int J Veh Syst Modell Test,2014

4. Development of a 3-D quasi-static tire model for on-road and off-road vehicle dynamics simulations: Part III – Off-road flexible wheel model;Chan;Int J Veh Syst Modell Test,2014

5. Senatore C. Prediction of mobility, handling, and tractive efficiency of wheeled off-road vehicles [Ph.D. Dissertation]. Blacksburg, VA: Mechanical Engineering, Virginia Tech; 2010.

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