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[Free] Mechanical Engineering Strength Of Material

Learn SFD BMD easily – Free Course

Added on April 27, 2024 Teaching & Academics 2 min read

What you’ll learn

• After Completion of this course Student will able to solve the Engineering problems related to subject strength of material

Requirements

• No

Description

Hello Dear Students,

Wants to learn Strength of material ? then join this course.

Engineering science is usually subdivided into number of topics such as,

1. Solid Mechanics

2. Fluid Mechanics

4. Properties of materials and soon Although there are close links between them in terms of the physical principles involved and methods of analysis employed.

The solid mechanics as a subject may be defined as a branch of applied mechanics that deals with behaviors of solid bodies subjected to various types of loadings. This is usually subdivided into further two streams i.e Mechanics of rigid bodies or simply Mechanics and Mechanics of deformable solids.

In Strength of material various engineering problems regarding stress, strain , beam , column, Material properties etc. are introduced time to time in academic learning this Subject. This Course Covers all theory key point and basic knowledge required to solve the real life problems.

This course will help the diploma and engineering students to understand basic material properties, stress- strain curve, temperature stress and strain, hooks low, young’s modulus, Bulk modulus, type of beam , behavior of beam under loading condition shear force and bending moment diagrams, twisting moment , comparison of hollow and solid shaft , flexural and torsional formulae , Direct and bending stress , eccentric loading and all problems related to this.

In this course you will learn

1. Introduction to stress and strain

2.Material Properties and Stress strain curve

3. Principle of superposition and problem

4. Composite material and problem

5. Types of beam and types of load and support

6. Shear force and bending moment diagram and problems

7. Torsion and comparison of solid and hollow shaft and problems

8. Direct and bending stress and problems

9. Eccentric loading

10. Problems on C Clamps, lever , channel section