10:45

Effective Length and Slenderness Ratio | Effective Length

08:38

Euler Theory of Column | Euler's Theory of Columns

05:42

Strain Energy | Total Strain Energy

09:40

Strain Rosettes | Principal Stresses and Principal Strains

06:02

State of Strain and Strain Tensor | Shear Strains in Oblique Planes

09:49

Mohr's Circle for Stresses | Concept of Mohr's Circle

08:53

Stresses and its Plane | Principal Stresses and its Planes

06:08

Pure Shear Stress | Biaxial with Shear Stress Condition

13:37

Uniaxial and Biaxial Stresses | Uniaxial Stress Conditions

07:08

Principal Stresses | Plane of Maximum Shear Stress

12:27

Introduction to State of Stress | Matrix of Stress Tensor

11:08

Strain Energy Method for Cantilever Beam and Simply Supported Beam | Castigliano's First Theorem

08:05

Moment Area Method for Simply Supported Beam

12:04

Moment Area Method for Cantilever Beam

13:58

Macaulay's Method for Cantilever and Simply Supported Beam | Slope and Deflection

13:37

Double Integration Method for Simply Supported Beam | Simply Supported Beam

12:27

Double Integration Method for Cantilever Beam | Double Integration Methods

11:56

Introduction to Slope and Deflection | Beam Differential Equation

07:27

Shear Stress Variation in I-section and T-section | Channel-Section

13:24

Shear Stress Variation in Triangular and Square Section | Shear Stress in Triangular Section

10:10

Shear Stress Variation in Rectangular and Circular Section | Shear Stress in Circular Section

17:21

Introduction to Shear Stress | Analysis of Shear Stress in the Beams

07:48

Comparison between Hollow and Solid Shaft | Design of Shaft

08:33

Combined Bending and Torsion of Circular Shafts | Shafts in Series and Parallel

07:45

Power Transmitted by Shaft and Torsional Stiffness | Power Transmitted by Shafts

07:33

Torsion in Solid and Hollow Section Moment | Torsion Equation

05:50

Polar Moment of Inertia

08:01

Torsion Equation | Torsion Equation for Circular Shafts

11:58

Composite Beam

10:41

Comparison of Beam and Beam of Uniform Section | Rectangular Beam

08:24

Eccentric Loading on The Cross Section | Middle One-Third Rule for Rectangular Section

05:10

Bending Stress in Symmetrical Section | Square Section

06:06

Section Modulus for Unsymmetrical Section | Triangular Section

09:00

Bending Stresses in Unsymmetrical Section | Bending Stresses in T-section

08:00

Section Modulus for Symmetric Section | Section Modulus for Rectangular & Hollow Rectangular Section

06:49

Neutral Axis and Moment of Resistance | Neutral Axis

08:13

Bending Stresses and its Formula | Assumptions in the Theory of Simple Bending

17:48

SFD and BMD for Overhanging Beam | Overhanging Beam

14:22

SFD & BMD for Simply Supported Beam | SSB under Point Load at Mid-span

14:39

SFD & BMD for Cantilever Beam having Free Load

09:12

Concepts of Shear Force and Bending Moment | Steps to Draw SFD and BMD

07:56

Types of Load, Beam, and Support | Beam

05:24

Mechanical Properties of Materials | Stress-Strain Curve of Ideal Materials

03:35

Hooke's Law and Stress Strain Curve | Hooke's Law

05:49

Thermal Stresses | Thermal Stresses in a Tapered Cylindrical Bar

12:21

Strain Energy | Resilience and Proof Resilience

13:14

Elastic Constants | Modulus of Elasticity, Modulus of Rigidity, Bulk Modulus, and Poisson's Ratio

09:30

Deformation Due to Self Weight of Body | Bars in Parallel.

16:58

Principle of Superposition

04:53

Deformation in Various Section of the Body | Tapered Cylinder

11:14

Strain and its Types | Normal Strain

03:54

Stress and its Types | Basic Concept of Stress

12:04

Load and its Types | Various Types of Load in SOM

12:48

Ellipse | Ellipse Explained

13:58

Solution of Simultaneous Differential Equation by Laplace Transform

09:50

Equation of a Sphere in Diametric Form | Non-Coplanar Points Sphere Equation

13:14

General Equation of a Sphere in 3d Geometry

15:18

Angle between Two Planes | Angle between a Line and a Plane

10:25

Distance between Two Planes | Distance Formulae of a Point from a Plane

07:41

Equation of a Line in Space | Angle between Two Lines