International Society for Terrain-Vehicle Systems

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We are an international membership society. We hold international and regional conferences; we publish the Journal of Terramechanics in collaboration with Elsevier. The mission of the ISTVS is to advance the knowledge in terrain-vehicle systems for improvements in engineering practice and for innovation; in the terrain-vehicle domain, to promote the transfer of advanced knowledge to the user for the benefit of society at large in environmental protection, energy conservation, and sustainable development. Since 1962. #terramechanics #terrain-vehiclesystems #xterramechanics #robotics

istvs terramechanics 7th americas conference terrain mechanics tampa conference presentation conference paper engineering crrel tim cary u.s. army cold regions research and engineering la heidi howard mars rover seoul international conference

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Aktuellste Beliebteste SlideShares

Comparison of DEM and Traditional Modeling Methods for Simulating Steady-State Wheel-Terrain Interaction for Small Vehicles Paper81583

Vor 10 Jahren • 548 Aufrufe

Experimental Testing of an Off-road Tire in Soft Soil Paper81437

Vor 10 Jahren • 847 Aufrufe

Off-Road Soft Soil Tire Model Development, Validation, and Interface to Commercial Multibody Dynamics Software Paper81393

Vor 10 Jahren • 1032 Aufrufe

International Society for Terrain-Vehicle Systems

ISTVS Standards 1977

ISTVS Glossary of Terms and Standard Test Procedures

ISTVS Glossary of Terms_1968

Analog Field Testing Opportunities in Hawai`i Paper82613

Predicting Net Traction on Soil Using a Continuum Approach Paper82111

Dynamics Simulation of Rovers on Soft Terrain: Modeling and Experimental Validation Paper81845

Design of a High Traction Flexible Wheel for the Next Generation of Manned Lunar Rovers Paper81742

Experimental Study of Lightweight Tracked Vehicle Performance on Dry Granular Materials.Paper81662

Comparison of DEM and Traditional Modeling Methods for Simulating Steady-State Wheel-Terrain Interaction for Small Vehicles Paper81583

Experimental Testing of an Off-road Tire in Soft Soil Paper81437

Off-Road Soft Soil Tire Model Development, Validation, and Interface to Commercial Multibody Dynamics Software Paper81393

3D Road Profiling Using Stereography Paper80963

Development of a Laboratory Based Dynamic Friction Tester Paper83026

A Terradynamics for Legged Locomotion on Granular Media

Stochastic Terrain Properties - Vehicle Interaction For Agile UGV Dynamics

Real-time non-linear vehicle dynamics preview model

Predicting the mobility of tracked forestry machines operating on Nordic forest soil

Mars Exploration Rover Opportunity Simulations of Traverses on Matijevic Hill, Cape York, Mars

The ExoMars Sample Handling and Distribution Subsystem (SPDS)

Hopper-Flow of Lunar Regolith Simulants in Reduced Gravity and Vacuum