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- Mechanics of Solids39
- 2.1Lecture1 Planar Rigid Body
- 2.2Lecture2 Degrees of Freedom
- 2.3Lecture3 Equations of Equilibrium
- 2.4Lecture4 Planar Rigid Body Statics Example 1
- 2.5Lecture5 Rigid Body Statics Example 2
- 2.6Lecture6 Structural Systems with Rigid Bodies
- 2.7Lectures7 Types of 1-D Structural Elements
- 2.8Lectures8 Trusses – Axial members
- 2.9Lecture9 Analysis of Truss Systems
- 2.10Lecture10 Stability of Structural systems
- 2.11Lecture11 Trusses
- 2.12Lecture12 Method of Sections
- 2.13Lecture13 Beams – Example 1
- 2.14Lectures14 Beams – BMD & SFD
- 2.15Lectures15 Loading, Shear & BM Relationships
- 2.16Lecture16 Virtual Work Method
- 2.17Lecture17 Virtual Displacements
- 2.18Lecture18 Finding Virtual Displacements
- 2.19Lecture19 Virtual Work Method – Example 1
- 2.20Lecture20 Virtual Work Method – Example 2
- 2.21Lecture21 Static Friction – An Understanding
- 2.22Lecture22 Belt Friction
- 2.23Lecture 23 Friction : Solving Problems
- 2.24Lecture24 General Concepts – Rigid Bodies
- 2.25Lecture25 Motion of a Rigid Body / a Translation a Rotation
- 2.26Lecture26 Motion of a Point of the Rigid Body
- 2.27Lecture27 Motion of one Point on a Rigid Body Relative to Another
- 2.28Lecture28 Understanding Rotational Motion
- 2.29Lecture29 Kinematics Velocity & Acceleration
- 2.30Lecture30 Understanding Coriolis Acceleration
- 2.31Lecture31 Kinematics – Solving Problems
- 2.32Lecture32 Equations of Motion of a Rigid Body
- 2.33Lecture33 Tips & Techniques 1
- 2.34Lecture34 Tips & Techniques 2
- 2.35Lecture35 Solving Problems 1
- 2.36Lecture36 Solving Problems 2
- 2.37Lecture37 Solving Problems 3
- 2.38Lecture38 Solving Problems 4
- 2.39Lecture39 Tips and Tricks – Engineering Statics