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Gokul R

In this course, Gokul Ragu will discuss the basic concepts of the Strength of Materials in detail and also its terms in an elaborate way.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Strength Of Materials: GATE (ME)

Properties of Materials

Solid Mechanics

Civil Engineering

GATE & ESE - Civil

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this course strength of materials, will be seeing about the entire basic concepts and topics of Properties of metals, stress and strain, shear force and Bending Moment, Torsion of Shaft, Principal stress/Principal strain, Theory of Failure, Columns, Springs, Pressure Vessels, Deflection of Beams.

Overview of the Course

In this course you will come to know the basic concepts of strength of materials, Important Mechanical properties, Elasticity, Plasticity, Ductility, Brittleness, Malleability, Toughness, Hardness, Strength, Stress and strain.

Properties of Metals, Stress and Strain 1

In this lesson you will come to know the basic concepts of strength of materials, Limit of proportionality, Elastic Limit, Plastic Range, Yield point, Rupture strength, Proof Stress, Types of Tension Failure, Type of failure in compression, Stress strain graph for various types of steel/material, Behaviour of various materials, Hooke's law.

Properties of Metals, Stress and Strain 2

In this lesson you will come to know the basic concepts of of strength of materials, Deflection of bar, prismatic bar, conical bar, Deflection of tapered bar, Rectangular bar, Equivalent Young's modulus of parallel composite bar, Elastic constant, Poisson ratio, Volumetric strain under tri axial loading, Volumetric strain of cylindrical bar, strain energy, resilience, proof resilience, Thermal stress and strain.

Properties of Metals, Stress and Strain 3

In this lesson you will come to know the basic concepts of strength of materials, Shear force and Bending Moment, Types of beams, sign convention of shear force, sign convention of Bending Moment, Relationship between Bending Moment (M) and shear force (s) and load (W).

Shear Force and Bending Moment

In this lesson you will come to know the basic concepts of strength of materials, Torsion of Shaft, Equation of Torsion, Moment of Inertia About polar axis, Compound shaft in series and parallel connection, strain energy, Commonly used terms in torsion, Effect of pure Bending Moment on shaft, Effect of pure torsion on shaft, Combined effect of Bending and torsion.

Torsion of Shaft

In this lesson you will come to know the basic concepts of strength of materials, Principal stress/ principal strain, Analytical method of analysis, Pure shear case, Graphical Method of Analysis, Radius of Mohr's circle, Analysis of Strain.

Principal Stress/ Principal Strain

In this lesson you will come to know the basic concepts of strength of materials, Theory of Failure, Maximum principal stres theory (Rankines theory), Maximum principal strain Theory (St. Venants theory), Maximum shear stress theory ( Guest and Trescas theory), Maximum strain energy theory (Haighs theory), Maximum shear strain energy/ Distortion energy theory/ Mises henky theory.

Theory of Failure

In this lesson you will come to know the basic concepts of strength of materials, Springs, strut, column, Buckling failure Euler's theory, Limitations of Euler's formula, Euler's load for different column with Different end conditions, Slenderness ratio, Rankines formula.

Columns

In this lesson you will come to know the basic concepts of strength of materials, Types of springs on basis of helix angle, Series and parallel arrangement of springs/ Equivalent spring constant (keq), Closed coil helical spring under axial pull, Strain energy stored in spring (U).

Springs

In this lesson you will come to know the basic concepts of strength of materials, Types of pressure vessels, Thin shells, Thick shells, Nature of Stress in thin cylindrical shell subjected to internal pressure, Analysis of thin cylinder, Longitudinal stress, Hoop stress, Longitudinal strain, Hoop strain, Ratio of Hoop strain to longitudinal strain, Volumetric strain of cylinder.

Pressure Vessels

In this lesson you will come to know the basic concepts of strength of materials, Analysis of thin sphere, Analysis of Thick cylinder/Lames theorem, Deflection of Beams, Methods of determining deflection of beam, Deflection of Beams under different loading/support conditions.

Pressure Vessels and Deflection of Beams

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Praveen Kumar

In this course, the educator is discussing Important Notes on Water Treatment Process for GATE/ESE/SSC JE aspirants

(Hindi) Short Notes (Water Treatment Process) : GATE (Civil)

In this course, the educator is discussing  Important Notes of Strength of Materials for GATE/ESE/SSC JE aspirants

(Hindi) GATE (Civil): Short Notes (Strength of Materials)

I'm Pragya Shrivastava B.E Civil Engineering and MBA in Operations Management. I've been in education industry for more than a decade. 

Pragya Shrivastava

Stress-Strain Relationship, Hooke's Law, Types of Stresses, Analysis of bars, Elastic constants, Methods of Determining Stresses on Oblique section, Principal Stresses and Strain, Mohr's Circle

Solid Mechanics for GATE Aspirants

Worked as plus educator for unacademy. appeared  in  intervew in RPSC Aen. 2 time ssc je pre qualified

Neeraj Sharma

In this course, Neeraj will be discussing Civil Engineering 'Strength of Material'. This course will cover important concepts of SOM, Elastic Constant, Stress - Strain Curve and other topics in the lesson. This course will be useful for GATE and other aspirants for various examinations.

Lessons

12 lessons • 2h 6m

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Overview of the Course

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Properties of Metals, Stress and Strain 1

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Properties of Metals, Stress and Strain 2

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Properties of Metals, Stress and Strain 3

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Shear Force and Bending Moment

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Torsion of Shaft

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Principal Stress/ Principal Strain

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Theory of Failure

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Columns

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Springs

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