Download to read offline
.. Physics-in-Mechanical-Engineering.pptx
- 1. Physics in Mechanical Engineering Explorethe fundamental role of physics in the foundation of mechanical engineering. by Atta Rehman
- 2. Introduction to MechanicalEngineering Design Creating solutions for practical problems. Analysis Predicting behavior of mechanical systems. Manufacturing Building and producing mechanical devices.
- 3. Fundamental Principles ofPhysics 1 Newton's Laws Foundation for understanding motion and forces. 2 Conservation of Energy Energy cannot be created or destroyed, only transformed. 3 Thermodynamics Study of heat and its relationship to energy and work.
- 4. Statics and Dynamicsin Mechanical Systems Statics Analysis of forces in equilibrium. Dynamics Study of motion and its causes. Applications Bridge design, vehicle suspension, robotics.
- 5. Thermodynamics and HeatTransfer 1 Thermodynamics Energy flow and transformation. 2 Heat Transfer Conduction, convection, radiation. 3 Applications Power plants, HVAC systems.
- 6. Fluid Mechanics andHydraulics Fluids Liquids and gases. Pressure Force per unit area. Flow Movement of fluids.
- 7. Vibration and Wave Propagation 1Vibration Oscillatory motion. 2 Waves Disturbances that travel through a medium. 3 Applications Seismic analysis, musical instruments.
- 8. Material Science and Strengthof Materials Material Properties Strength, stiffness, ductility. Stress and Strain Forces and deformations. Failure Analysis Predicting material behavior under load.
- 9. Engineering Design andOptimization 1 Design Process Ideation, prototyping, testing. 2 Optimization Techniques Finding the best design solutions. 3 Applications Automotive, aerospace, manufacturing.
- 10. Conclusion and Future Trends Physicswill continue to drive innovation in mechanical engineering.