CE-305 Strength of Materials Notes
5 notes for Strength of Materials, unit by unit.
Notes for CE-305
- Unit 1 · Short notes Simple Stress and Strains Concept of elastic body stress and strain · Hooke’s law · Various types of stress and strains · Elastic constants · Stresses in compound bars, composite and tapering bars · Temperature stresses
- Unit 2 · Short notes Bending and Shearing Stresses Theory of simple bending · Concept of pure bending and bending stress · Equation of bending · Neutral axis · Section modulus · Differential equation of the elastic curve
- Unit 3 · Short notes Determination of Slope and Deflection of Beams Double integration method for slope and deflection · Macaulay’s method · Area‑moment method · Conjugate beam method · Strain energy method · Castiglione’s method
- Unit 4 · Short notes Columns and Struts Theory of columns and slenderness ratio · Direct and bending stresses in short columns · Kern of a section · Buckling and stability analysis · Euler’s buckling load for various end conditions · Rankine’s formula
- Unit 5 · Short notes Torsion of Shafts Concept of pure torsion and torsion equation · Determination of shear stress and angle of twist for solid circular shafts · Determination of shear stress and angle of twist for hollow circular shafts · Analysis of combined bending and torsion problems · Unsymmetrical bending: principal moment of inertia and product of inertia · Bending of beams not in a plane of symmetry
More for CE-305
Other 3rd semester CE subjects
- BT-301 Mathematics-III
- CE-302 Construction Materials
- CE-303 Surveying
- CE-304 Building Planning & Architecture
- CE-306 Study of Historical & Ancient Civil Engineering Practices