Rigid body mechanics. Planar and spatial system of forces: the assembly, disassembly and balance of forces and moments. Supporting structures: distribution, grading load, support. Internal forces in load-bearing structures. The deformable body. The concepts of stress and strain. The relationship between stress and strain. Basic rheological models. Linear elasticity. Temperature influences. Bending and shear in load-bearing structures. Unhindered torsion. Triaxial test. Yield surface: Mohr-Coulomb, Tresca and Mises. Mechanical characteristics of deformable bodies with focus on geomaterials. Fundamentals of anisotropic material properties. Axisymmetric problems in elastomechanics. Plane stress and plane strain condition.
Geotechnology and Mining (VS)
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