Development of a Finite Element Model of Tyre-Soil Interaction
Monitoring and modelling of tyre-soil interaction on soft soil
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Predicting tyre-soil interface pressures distributions that are based on experimental findings is a significant aspect of soil compaction. Applied Tyre-Soil Mechanics with ANSYS@ Application provide transportation, mechanical and agricultural engineering student and practitioner with processes to applying the finite element method to tyre-soil interaction. This book explains how to accurately measure the in-situ pressure patterns on the tyre-soil interface under dynamic wheel mode on a soft soil. It also describes the developing of a Finite Element model of a modern tractor tyre including the ...
Predicting tyre-soil interface pressures distributions that are based on experimental findings is a significant aspect of soil compaction. Applied Tyre-Soil Mechanics with ANSYS@ Application provide transportation, mechanical and agricultural engineering student and practitioner with processes to applying the finite element method to tyre-soil interaction. This book explains how to accurately measure the in-situ pressure patterns on the tyre-soil interface under dynamic wheel mode on a soft soil. It also describes the developing of a Finite Element model of a modern tractor tyre including the cord angles in each layer, the thickness of the individual rubber layers and nearly incompressible property of the tread rubber block on a rigid surface and multi- layered soft soil by considering the variability of the soil material. Topics covered include: Wireless data acquisition system Field test tyre-soil interface pressures 3D tyre footprint Tyre and soil material properties ANSYS Finite element software Soil compaction
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