Module 1 - Engineering Mechanics
| Topic |
| What Is Engineering Mechanics |
| What Is Statics |
| What Is Dynamics |
| Differentiate Between Kinematics And Kinetics |
| What Is Force |
| Characteristics Of A Force |
| Types Of Force System |
| What Do You Mean By A Coplanar Force System |
| What Are The Different Subtype Of Coplanar Force System |
| Give One Example Of Concurrent Parallel And General Force System |
| Explain Concurrent Force System And Parallel Force System |
| What Is Varignon’s Theorem |
| What Is The Application Of This Theorem |
| What Is Moment |
| What Is Unit Of Moment |
| Give One Example Of Moment |
| What Is Couple |
| Difference Between Moment And Couple |
| The Similarity Between Couple And Moment |
| What Is Arm And Member Of Couple |
| What Is Resultant |
| What Is The Formula For Finding The Resultant |
| What Is Equilibriant |
| How To Find The Direction Of Resultant |
| What Are The Different Nature Of Force |
| Centroid |
| Definition Of Centre Of Gravity And Centroid |
| Formula Of Finding X Co-Ordinate And The Y-Coordinate |
| Standard Equation Of X And Y Coordinates Of A Regular Planar Lamina Such As Circle Semicircle Triangle Square Rectangle Etc |
| Non Coplanar Forces |
| What Is Non Coplanar Forces |
| Their Types |
| There Conditions Of Equilibrium |
| The Formula Of Finding The Moment |
| How To Convert A Given Force Into Vector Form |
| What Is Position Vector |
| What Is Moment Vector. |
Module 2 - Equilibrium and Beam Reaction
| Topic |
| Definition Of Equilibrium |
| Lamis Theorem |
| Mathematical Equation Of Lamis Theorem |
| Limitations Of Lamis Theorem |
| Conditions Of Equilibrium |
| Conditions Of Equilibrium (Concurrent, Parallel, General) |
| Free Body Diagram |
| How To Draw A Free Body Diagram |
| Beam M |
| Types Of Beam |
| Types Of Load |
| Types Of Support |
| Converting UDL And UVL Into Point Load |
| Reactions At Roller Support |
| Reactions At Hinge Support |
| Reaction At Fixed Support |
Module 3 - Friction
| Topic |
| Definition Of Friction |
| Frictional Force |
| Reasons Behind Friction |
| Reducing Friction Methods |
| Examples Requiring Friction |
| Examples Not Requiring Friction |
| Coefficient Of Friction |
| Normal Reaction |
| Relation Between Frictional Force And Normal Reaction |
| Relation Between Angle Of Friction And Coefficient Of Friction |
| Angle Of Friction |
| Notation Of Angle Of Friction |
| Notation Of Coefficient Of Friction |
| Relation Between Angle Of Friction And Angle Of Repose |
| Laws Of Friction |
| Difference Between Kinetic And Static Friction |
Module 4 - Kinematics Of Particles
| Topic |
| What Is Kinematics |
| Types Of Motion |
| Rectilinear Motion |
| Curvilinear Motion |
| Projectile Motion |
| General Equation Of Projectile Motion |
| Trajectory |
| Maximum Height, Horizontal Range, Time Of Flight |
| Nature Of Curve In Projectile Motion |
| Proof Of Trajectory As Parabolic |
| Tangential And Normal Component Of Acceleration |
| Formula For Radius Of Curvature |
| S-T Diagram From V-T Diagram |
| S-T Diagram From A-T Diagram |
Module 5 - Kinematics Of Rigid Body
| Topic |
| What Is ICR |
| General Plane Motion |
| Translational Motion |
| Rotational Motion About Fixed Axis |
| Locating ICR And Explanation |
This pdf was shared by our college professor ! I am posting here that other students can also take benefit of this
All the best for your viva Exams Bye Bye
