Lecture 1 - Introduction of Strain and Stress Equilibrium Lecture 2 - Introduction of Strain and Stress Equilibrium (Continued...) Lecture 3 - Stress-Strain Relation Lecture 4 - Plane Strain and Plane Stress Approximations Lecture 5 - Introduction to Contact Mechanics Lecture 6 - Loading on Elastic Half-Space Lecture 7 - Distributed Normal Load and Shear Load on an elastic half space Lecture 8 - Uniformly Distributed normal load on an elastic half space Lecture 9 - Indentation on an elastic half-space using a curved bottom punch Lecture 10 - Spatially varying normal load on an elastic half-space Lecture 11 - Axi-symmetric loading on an elastic half space Lecture 12 - Axi-symmetric loading on an elastic half space (Continued...) Lecture 13 - Axi-symmetric loading on an elastic half space (Continued...) Lecture 14 - Uniform loading on a triangular area of contact Lecture 15 - Hertzian Mechanics Lecture 16 - Hertzian Mechanics (Continued...) Lecture 17 - Concepts of Surface and interfacial energy Lecture 18 - Estimation of Surface and interfacial energy Lecture 19 - Estimation of Surface and interfacial energy (Continued...) Lecture 20 - Estimation of Surface and interfacial energy (Continued...) Lecture 21 - Surface tension of liquid using Young's Equation Lecture 22 - Indentation of an elastic half space with interaction Lecture 23 - JKR contact mechanics between two spheres with adhesion Lecture 24 - JKR contact mechanics between two spheres with adhesion (Continued...) Lecture 25 - JKR contact mechanics between two spheres with adhesion (Continued...) Lecture 26 - JKR contact mechanics between two cylinders Lecture 27 - JKR contact mechanics between two cylinders (Continued...) Lecture 28 - Estimation of adhesion hysteresis using rolling contact mechanics Lecture 29 - Estimation of adhesion hysteresis using rolling contact mechanics (Continued...) Lecture 30 - Adhesion of a rigid punch with convex head on an elastic half-space Lecture 31 - Adhesion of a rigid punch with convex head on an elastic half-space (Continued...) Lecture 32 - Indentation of an elastic half space using a concave indenter Lecture 33 - Indentation of an elastic half space using a concave indenter: Comparison with a flat plate indenter Lecture 34 - Numerical Problems on Indentation of an elastic half space using a concave indenter Lecture 35 - Indentation of an elastic half space using a concave indenter having general ellipsoidal shape: Contact area splitting and multiple indenters Lecture 36 - Multiplicity of indenters / Contact Area splitting: Adhesion between two rigid spheres and Effect of roughness Lecture 37 - JKR vs. DMT model Lecture 38 - Numerical Problems on JKR vs. DMT model Lecture 39 - Thin, elastic film sandwiched between two rigid parallel plates Lecture 40 - Thin, elastic film sandwiched between two rigid parallel plates (Continued...) Lecture 41 - Thin, elastic film sandwiched between two rigid parallel plates (Continued...) Lecture 42 - Estimation of load required to pull a rigid plate from a thin, elastic adhesive bonded system Lecture 43 - Estimation of load required to pull a rigit plate from a thin, elastic adhesive bonded system (Continued...) Lecture 44 - A thin elastic adhesive sandwiched between two parallel plates (perfect slippage at interface between adhesive and top surface) Lecture 45 - A thin elastic adhesive sandwiched between two parallel disks (perfect slippage at interface between adhesive and top surface) Lecture 46 - Adhesive layer sandwiched between two parallel disks Lecture 47 - Peel experiment Lecture 48 - Peel experiment (Continued...) Lecture 49 - Bending of thin plate Lecture 50 - Bending of thin plate (Continued...) Lecture 51 - Lift-off experiment for measuring adhesion strength Lecture 52 - Lift-off experiment for measuring adhesion strength (Continued...) Lecture 53 - Lift-off experiment for measuring adhesion strength (Continued...) Lecture 54 - Physical Mechanisms of Enhancing Adhesion without using Viscoelastic Effect Lecture 55 - Physical Mechanisms of Enhancing Adhesion without using Viscoelastic Effect (Continued...) Lecture 56 - Adhesive Layer with Spatially varying Thickness and Modulus Lecture 57 - Adhesion of Viscoelastic Spheres Lecture 58 - Adhesion of Vistoelastic Spheres (Continued...) Lecture 59 - Adhesion on Rough Surface Lecture 60 - Adhesion on a Randomly Rough Surface and Summary of the Course content covered

Lecture 1 - Introduction of Strain and Stress Equilibrium Lecture 2 - Introduction of Strain and Stress Equilibrium (Continued...) Lecture 3 - Stress-Strain Relation Lecture 4 - Plane Strain and Plane Stress Approximations Lecture 5 - Introduction to Contact Mechanics Lecture 6 - Loading on Elastic Half-Space Lecture 7 - Distributed Normal Load and Shear Load on an elastic half space Lecture 8 - Uniformly Distributed normal load on an elastic half space Lecture 9 - Indentation on an elastic half-space using a curved bottom punch Lecture 10 - Spatially varying normal load on an elastic half-space Lecture 11 - Axi-symmetric loading on an elastic half space Lecture 12 - Axi-symmetric loading on an elastic half space (Continued...) Lecture 13 - Axi-symmetric loading on an elastic half space (Continued...) Lecture 14 - Uniform loading on a triangular area of contact Lecture 15 - Hertzian Mechanics Lecture 16 - Hertzian Mechanics (Continued...) Lecture 17 - Concepts of Surface and interfacial energy Lecture 18 - Estimation of Surface and interfacial energy Lecture 19 - Estimation of Surface and interfacial energy (Continued...) Lecture 20 - Estimation of Surface and interfacial energy (Continued...) Lecture 21 - Surface tension of liquid using Young's Equation Lecture 22 - Indentation of an elastic half space with interaction Lecture 23 - JKR contact mechanics between two spheres with adhesion Lecture 24 - JKR contact mechanics between two spheres with adhesion (Continued...) Lecture 25 - JKR contact mechanics between two spheres with adhesion (Continued...) Lecture 26 - JKR contact mechanics between two cylinders Lecture 27 - JKR contact mechanics between two cylinders (Continued...) Lecture 28 - Estimation of adhesion hysteresis using rolling contact mechanics Lecture 29 - Estimation of adhesion hysteresis using rolling contact mechanics (Continued...) Lecture 30 - Adhesion of a rigid punch with convex head on an elastic half-space Lecture 31 - Adhesion of a rigid punch with convex head on an elastic half-space (Continued...) Lecture 32 - Indentation of an elastic half space using a concave indenter Lecture 33 - Indentation of an elastic half space using a concave indenter: Comparison with a flat plate indenter Lecture 34 - Numerical Problems on Indentation of an elastic half space using a concave indenter Lecture 35 - Indentation of an elastic half space using a concave indenter having general ellipsoidal shape: Contact area splitting and multiple indenters Lecture 36 - Multiplicity of indenters / Contact Area splitting: Adhesion between two rigid spheres and Effect of roughness Lecture 37 - JKR vs. DMT model Lecture 38 - Numerical Problems on JKR vs. DMT model Lecture 39 - Thin, elastic film sandwiched between two rigid parallel plates Lecture 40 - Thin, elastic film sandwiched between two rigid parallel plates (Continued...) Lecture 41 - Thin, elastic film sandwiched between two rigid parallel plates (Continued...) Lecture 42 - Estimation of load required to pull a rigid plate from a thin, elastic adhesive bonded system Lecture 43 - Estimation of load required to pull a rigit plate from a thin, elastic adhesive bonded system (Continued...) Lecture 44 - A thin elastic adhesive sandwiched between two parallel plates (perfect slippage at interface between adhesive and top surface) Lecture 45 - A thin elastic adhesive sandwiched between two parallel disks (perfect slippage at interface between adhesive and top surface) Lecture 46 - Adhesive layer sandwiched between two parallel disks Lecture 47 - Peel experiment Lecture 48 - Peel experiment (Continued...) Lecture 49 - Bending of thin plate Lecture 50 - Bending of thin plate (Continued...) Lecture 51 - Lift-off experiment for measuring adhesion strength Lecture 52 - Lift-off experiment for measuring adhesion strength (Continued...) Lecture 53 - Lift-off experiment for measuring adhesion strength (Continued...) Lecture 54 - Physical Mechanisms of Enhancing Adhesion without using Viscoelastic Effect Lecture 55 - Physical Mechanisms of Enhancing Adhesion without using Viscoelastic Effect (Continued...) Lecture 56 - Adhesive Layer with Spatially varying Thickness and Modulus Lecture 57 - Adhesion of Viscoelastic Spheres Lecture 58 - Adhesion of Vistoelastic Spheres (Continued...) Lecture 59 - Adhesion on Rough Surface Lecture 60 - Adhesion on a Randomly Rough Surface and Summary of the Course content covered