Solid Mechanics
Engineering · 32 chapters · 266 sections · about 148 hours
Chapters
32 chapters · 266 sections- 1A vector and its representation11 sections
- 2Introduction7 sections
- 3Traction vector6 sections
- 4Stress matrix6 sections
- 5Linear Momentum Balance10 sections
- 6Angular Momentum Balance12 sections
- 7Definition5 sections
- 8Shear component of traction on an arbitrary plane5 sections
- 9Conditions for applying Mohr's Circle9 sections
- 10Mohr’s Circle Recap9 sections
- 11Introduction10 sections
- 12Longitudinal Strain (contd.)6 sections
- 13Local Volumetric Strain8 sections
- 14Similarity between Stress and Strain tensors12 sections
- 15Need for stress-strain relation7 sections
- 16Isotropic Materials9 sections
- 17Cylindrical Coordinate System8 sections
- 18Recap8 sections
- 19Strain Matrix in Cylindrical Coordinate System11 sections
- 20Introduction19 sections
- 21Recap13 sections
- 22Question 14 sections
- 23Introduction9 sections
- 24Non-uniform Bending10 sections
- 25Introduction5 sections
- 26Definition6 sections
- 27Euler-Bernoulli Beam Theory5 sections
- 28Timoshenko Beam Theory8 sections
- 29Linearity and superposition8 sections
- 30Castigliano’s First Theorem11 sections
- 31Maximum principal stress theory5 sections
- 32Theories of Failure (Contd.)4 sections
About this course
Solid mechanics in civil engineering is the branch of mechanics that studies the behavior of solid materials when subjected to forces, temperature changes, and other external or internal factors.