Rating 4.3 out of 5 (103 ratings in Udemy)
What you'll learn- What is machine design , its nature and design process
- Different types of stress, loading and their analysis
- Tensile Test - Stress - strain diagram and its inferences
- What is Stress concentration and its different forms
- Source of Uncertainties in Design and Factor of Safety
- Deriving governing equations of Bending and Torsion
- What is Stress Transformation and derivation of Principal stress
- Analysis of Beams and their types , …
Rating 4.3 out of 5 (103 ratings in Udemy)
What you'll learn- What is machine design , its nature and design process
- Different types of stress, loading and their analysis
- Tensile Test - Stress - strain diagram and its inferences
- What is Stress concentration and its different forms
- Source of Uncertainties in Design and Factor of Safety
- Deriving governing equations of Bending and Torsion
- What is Stress Transformation and derivation of Principal stress
- Analysis of Beams and their types , how to develop shear force and Bending moment diagrams
- Multi axial loading, Generalized Hookes law and Poisson Ratio
DescriptionMechanics of Materials is the primary course for mechanical engineering and is used in the design of structures and machines.
Athorough understanding of the foundational concepts of the subject is important to for mechanical design whether it be designing a single structure which has to take loads or whether it is designing an elaborate Transmission systems which is undergoing dynamic loading conditions. Mechanics of materials concepts are cornerstone of any type of mechanical design .
In this course we will be covering the following concepts :
Introduction to Machine design - What is nature of machine design ? What does it include ? What is the engineering design process?
Importance of analysis of strength and difference between strength and stress
Essential basics of engineering statics - Method of statics, Free body diagrams, Force equilibrium , types of joints
primary types of loading- Normal and shear
What is Bearing stress
Explanation of Stress and strain relations with Tensile test and its inferences along with definitions of tensile strength , yield strength .
Hookes law
Shear Stress strain relations and Shear stress in Shafts undergoing action of torque- Torsion.
What is Poissons' Ratio
Analysis of Axially loaded member and what is stress concentration
Analysis of Stress in Oblique plane for axially loaded member
What is Pure bending ? Derivation of governing equations .
What is Area moment of Inertia
Analysis of Beams and deriving shear force and Bending moment diagrams
Two Plane bending in shafts
Stress concentration in Bending
Analysis of Shaft in torsion and derivation of Governing equations
Solid vs Hollow shafts
Stress concentration in Shafts
Multi axial Loading , Dilatation and Bulk Modulus
State of Stress and Stress transformations
Analysis of Thin walled pressure vessels
What is Principal stress and derivation of Mohrs' Circle
Comparison of plane of Principal stress and Maximum Shear
The course covers the Theoretical basics required to design standard elements in structures and machines.
Aim of the course is to build a strong well rooted understanding of the concepts rather than just mere application of formulae.
A good engineer knows the underlying assumptions of each formula they use in application and hence knowing the mathematical back ground is very important for effective design.
