Research Article10.1016/j.jterra.2025.101086The bevameter technique – Its developments and a proposed framework for its recommended practiceJan 01, 2026Journal of TerramechanicsJ.y WongCiteListenSave
Research Article10.1016/j.jterra.2025.101102Tyre tread estimation from 3D contact patch measurements on the inside of a deformed tyreJan 01, 2026Journal of TerramechanicsThomas B Kabutz + 1 more +1This study investigates the feasibility of using measurements of the geometry on the inner surface of a tyre to predict the geometry of the tread on the outside. The proposed method offsets the deformed inner surface along its normal directions by the tread thickness. Initially, a simple 2D cross-section model proved the feasibility of this method. This led to the development of a full 3D tyre model that can estimate the tread of a deformed tyre. Photogrammetry was used to capture a complete 3D geometry model of an unloaded and uninflated tyre, from which the inner and outer surfaces are used to calculate a displacement map for the model. Results indicate that the model can estimate the tread of both a SUV tyre and a large lug agricultural tyre to within about 2.5 mm of measurements of the deformed tread. This tyre is approximately 750 mm in diameter. The remaining error is likely due to the accuracy of the inner and outer surface measurements. The findings pave the way to predict soil volume displacement and contact area, providing crucial insights for vehicle control and mitigating environmental impacts in offroad scenarios. The system is expected to provide extremely useful data for future tyre-terrain interaction research.Read moreCiteListenSave
Research Article10.1016/j.jterra.2025.101085Granular Scaling Laws for accurate prediction of wheel mobility on slopes in low-gravity environmentsOct 01, 2025Journal of TerramechanicsTakuya Omura + 1 more +1CiteListenSave
Research Article110.1016/j.jterra.2025.101075Mesomechanical analyses on the failure mechanism of the snow cluster assembly under direct shear test using discrete element methodOct 01, 2025Journal of TerramechanicsHaifeng Huo + 7 more +7CiteListenSave
Research Article210.1016/j.jterra.2025.101083Local particle refinement in terramechanical simulationsOct 01, 2025Journal of TerramechanicsMarkus Pogulis + 1 more +1CiteListenSave
Research Article110.1016/j.jterra.2025.101058Extending granular resistive force theory to cohesive powder-scale mediaOct 01, 2025Journal of TerramechanicsDeniz Kerimoglu + 3 more +3CiteListenSave
Research Article110.1016/j.jterra.2025.101059Mechanical model building of bionic walking robot in motion with soft terrainJul 01, 2025Journal of TerramechanicsZhen Chen + 4 more +4CiteListenSave
Research Article210.1016/j.jterra.2025.101046Tractive performance analysis of the SRTT with respect to the spin count and the ASTM F1805 parametersJul 01, 2025Journal of TerramechanicsChaitanya Shekhar Sonalkar + 4 more +4CiteListenSave
Research Article210.1016/j.jterra.2024.101030Comparison of selected tire-terrain interaction models from the aspect of accuracy and computational intensityNov 08, 2024Journal of TerramechanicsDávid Körmöczi + 1 more +1CiteListenSave
Research Article410.1016/j.jterra.2024.100984Enhanced assessment framework of static stability of tracked vehicles in consideration of multi-directional loadingOct 01, 2024Journal of TerramechanicsNing Zhao + 4 more +4CiteListenSave