Showing posts with label Shearing. Show all posts
Mechanics of Material
In these slides following topic of the chapter no 2 are discussed in detail these are:
chap-2 (1).pdf
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- Stress and Strain : Axial loading
- Normal Strain
- Stress Strain Curve
- Stress Strain Diagram: Ductile Material
- Stress Strain Diagram: Brittle Material
- Hooks Law Modulus of Elasticity
- Fatigue
- Deformation under Axial loading
- Generlized Hooks law
- Bulk Modulus
- Shearing Strain
- Relation among E, v and G
- Composite Material
- Saint-Venant's principle
- Stress Concentration Hole
- Stress Concentration fillet
- Elastoplastic Material
- Residual Stresses
- Poisson's Ratio
Thermodynamics
Chapter no 1 : Thermodynamics and Energy
All living things depend on Energy for survivalModern civilizations will continue to thrive only if existing source of energy can be developed to meet the Growing demands.
Energy exist in many Forms: From energy Locked in the atoms of matter itself to the intense radiant energy emitted by the Sun.
In this chapter we will discussed the following topics in detailed.
- What is Thermodynamics?
- Energy and its forms?
- Thermodynamics and Energy?
- Fundamental Concepts of Thermodynamics
- Macroscopic vs microscopic points of view.
- Conversion of energy from on form to other
- Classical Thermodynamics and Statistic Thermodynamics
- Application area of thermodynamics
- System and Control Volume (Open,closed and isolated system)
- Concept of Continum
- Laws of themodynamics
- Temperature scale and Pressure?
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A lot more description related to the above topics will be discussed here..
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