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Due to its ability to explain size effects on a small length scale by considering additional degrees of freedom, micropolar theory is preferred for describing media with complex microstructures such as soil, composite materials, granular and powder-like materials, masonry, bones, and liquid crystals. In this study, a theoretical model is presented to investigate the response of a moving load on a...
The present study aims to study the normal and shear stresses produced in a rough irregular heterogeneous monoclinic half-space due to a normal moving load. Closed form expressions of normal and shear stresses have been obtained. It is observed that both normal stress and shear stress are affected not only by depth, the frictional coefficient on a rough surface, and the maximum depth of irregularity...
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