Mechanics Of Deformable Bodies
Civil Engineering
Simple Stress and Strain
A comprehensive overview of Simple Stress and Strain explaining core principles.
Buckling of Columns
A comprehensive overview of buckling of columns, covering Euler's formula, slenderness ratio, and eccentric loading.
Strain and Hooke's Law
A comprehensive overview of strain, its types, and Hooke's Law relating stress to strain.
Shear and Moment in Beams
A comprehensive overview of shear and moment in beams, including methods of sections, area method, and moving loads.
Stresses in Beams
A comprehensive overview of Stresses in Beams explaining core principles of flexural and shearing stresses.
Beam Deflections
A comprehensive overview of Beam Deflections explaining core principles such as double integration, area-moment, and conjugate beam methods.
Combined Stresses
A comprehensive overview of Combined Stresses, covering axial, flexural, torsional stresses, stress transformation, and failure theories.
Thin-Walled Pressure Vessels
A comprehensive overview of thin-walled pressure vessels explaining core principles, stresses, and failure criteria.
Strain Energy and Impact Loading
Explore the concepts of strain energy and impact loading in mechanics of deformable bodies. Learn about resilience, toughness, and dynamic load factors.