Mechanics of Solids | Strength of Materials | GATE | ESE |

Mechanics of Solids | Simple Stress and Strain | Part 1 |

Mechanics of Solids | Simple Stress and Strain | Part 2 |

Mechanics of Solids | Simple Stress and Strain | Part 3 |

Mechanics of Solids | Simple Stress and Strain | Part 4 |

Mechanics of Solids | Simple Stress and Strain | Part 5 |

Mechanics of Solids | Simple stress and Strain | Problems on Superposition Principle | Part 6 |

Mechanics of Solids | Simple Stress and Strain | Problems on Statically Indeterminate Systems 1 |

Mechanics of Solids | Simple Stress and Strain | Problems on Statically Indeterminate Systems 2 |

Mechanics of Solids | Thermal Stresses and Strains | Basic Concept |

Mechanics of Solids | Thermal Stresses and Strains | Composite Bars |

GATE Previous Year Objective Problems_Simple Stress and Strain_Part 1

GATE Previous Year Objective Problems_Simple Stress and Strain_Part 2

Mechanics of Solids | Stress | Tensor |

Mechanics of Solids | Stress | Average Normal Stress |

Mechanics of Solids | Principal Stress and Strains | Introduction

Mechanics of Solids | Principal Stress and Strains | Direct Stresses | Pure Shear |

Mechanics of Solids | Principal Stress and Strains | Direct Stresses combined with Shear Stress |

Mechanics of Solids | Principal Stress and Strains | MOHR CIRCLE METHOD 1 |

Mechanics of Solids | Principal Stress and Strains | MOHR CIRCLE METHOD 2 |

GATE Previous Year Objective Problems_Principal Stress and Strain_MOHR CIRCLE

Fixed Beams || Introduction and Example || Lecture 1

Fixed Beams || Example 2_Point Load and UDL || Lecture 2

Fixed Beams || Example 3_Concentrated Couple || Lecture 3

Continuous Beams || Introduction and Clapeyrons Three Moment Theorem || Lecture 1

Continuous Beams || Example on UDL || Lecture 2

Continuous Beams || Example on UDL and Point Loads || Lecture 3

Deflection of Beams || Slope Deflection Formula || Lecture 1

Deflection of Beams || Double Integration Method_Cantilever Beams || Lecture 2

Deflection of Beams || Double Integration Method_Cantilever Beams || Lecture 3

Deflection of Beams || Double Integration Method_Simply Supported Beams || Lecture 4

Deflection of Beams || MACAULAY's METHOD || Lecture 5

Deflection of Beams || Example 1 on MACAULAY's METHOD || Lecture 6

Deflection of Beams || Example 2 on MACAULAY's METHOD || Lecture 7

Deflection of Beams || Example 3 on MACAULAY's METHOD || Lecture 8

Deflection of Beams || Example 4 on MACAULAY's METHOD || Lecture 9

Deflection of Beams || Example 5 on MACAULAY's METHOD || Lecture 10

Deflection of Beams || MOMENT AREA METHOD || Lecture 11

Deflection of Beams || MOMENT AREA METHOD || Lecture 12

Deflection of Beams || MOMENT AREA METHOD || Lecture 13

Deflection of Beams || MOMENT AREA METHOD || Lecture 14

Deflection of Beams || MOMENT AREA METHOD || Lecture 15

Deflection of Beams || MOMENT AREA METHOD || Lecture 16

Deflection of Beams || MOMENT AREA METHOD || Lecture 17

Bending of Beams || Flexure Formula_Bending Stress || Lecture 1

Bending of Beams || Bending Stress in I Beam || Lecture 2

Bending of Beams || Bending Moment in Beam || Lecture 3

Bending of Beams || Stress in Channel Section || Lecture 4

Bending of Beams || Comparing Stress || Lecture 5

Unsymmetrical Bending || Biaxial Loading

Unsymmetrical Bending || Example 1

Unsymmetrical Bending || Example 2

Unsymmetrical Bending || Asymmetric Section

Moment of Inertia about Inclined Axis

Principal Moment of Inertia

Torsion in Shafts_Complete Concept

Torque Resisted by Inner and Outer Core in Shafts

Multiple Torques & Shear Stress on Volume Element

Power Transmission by Shafts

Angle of Twist in Shafts

Shafts in Series

Shafts in Parallel

Conjugate Beam Method Part 1: Concept & Basic Example | Slope & Deflection in Beams

Conjugate Beam Method Part 2: Full Numerical Problem | Slope & Deflection Explained |

Conjugate Beam Method Part 3: Beam with varying EI | Slope & Deflection Explained |

Conjugate Beam Method Part 4: Beam with varying EI | Slope & Deflection Explained |

Conjugate Beam Method Part 5: Cantilever Beam | Slope & Deflection Explained |

Conjugate Beam Method Part 6: Cantilever Beam with UDL | Slope & Deflection Explained |

Conjugate Beam Method Part 7: Cantilever Beam with UDL | Slope & Deflection Explained |

Conjugate Beam Method Part 8: Overhanging Beam | Slope & Deflection Explained |

👉 Strain Energy & Castigliano’s Theorem | Beam Deflection Simplified (Part 1)

Simply Supported Beam with Central Load | Castigliano’s Theorem Explained (Part 2)

Beam Deflection with Eccentric Load | Simply Supported Beam | Castigliano’s Theorem (Part 3)

Beam Deflection with Different EI | Simply Supported Beam | Castigliano’s Theorem (Part 4)

Simply Supported Beam with UDL | Castigliano’s Theorem Made Easy (Part 5)

👉 Cantilever Beam with UDL | Deflection Using Castigliano’s Theorem (Part 6)

👉 Slope of Beam using Castigliano’s Theorem | Point Load, UDL, Couple Cases