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Mechanics of Materials: Fundamentals

سرفصل های دوره

Exploring Structural Mechanics, Stresses and Strains, Axially Loaded Members, Stresses in Beams, Mohr’s Circle.


1. Introduction & Normal Stress and Strain & Mechanical Properties of Materials
  • 1.1 1- Intro to mechanics of materials.pdf
  • 1. Introduction
  • 2.1 2- Normal stress and strain.pdf
  • 2. 2-Normal stress and strain
  • 3.1 3- Examples-Normal stress and strain.pdf
  • 3. 3- Examples-Normal stress and strain
  • 4.1 3-1 Exercise 3-1.pdf
  • 4. 3-1 Exercise 1- Circular Post
  • 5.1 3-2 Exercise 3-2.pdf
  • 5. 3-2 Exercise 2- Brake Pedal
  • 6.1 3-3 Exercise 3-3.pdf
  • 6. 3-3 Exercise 3- Circular Tube with strain gage
  • 7.1 3-4 Exercise 3-4.pdf
  • 7. 3-4 Exercise 4- Car on inclined track
  • 8.1 4- Mechanical properties of materials.pdf
  • 8. 4- Mechanical properties of materials
  • 9.1 5- stress and strain diagrams-1.pdf
  • 9. 5-Stress-strain diagram- Part 12
  • 10.1 6- stress and strain diagrams-2.pdf
  • 10. 6-Stress-strain diagram- Part 22

  • 2. Material Behavior & Properties
  • 1.1 7- Elasticity.pdf
  • 1. 7- Elasticity
  • 2.1 8- Creep-Relaxation.pdf
  • 2. 8- Creep and Relaxation
  • 3.1 9-Linear Elasticity and Hooks Law.pdf
  • 3. 9-Linear Elasticity and Hooks Law
  • 4.1 10-Poissions Ratio.pdf
  • 4. 10-Poissions Ratio
  • 5.1 11- Example-Linear elasticity-Poissions-Hooks.pdf
  • 5. 11- Example-Linear elasticity-Poissons-Hooks
  • 6.1 11-1 Excercise on stress-strain of steel.pdf
  • 6. 11-1 Exercise on stress-strain of steel
  • 7.1 11-2 Excercise on permanent set of a bar.pdf
  • 7. 11-2 Exercise on permanent set of a bar
  • 8.1 11-3 Excercise on Aluminum bar in tension.pdf
  • 8. 11-3 Exercise on Aluminum bar in tension
  • 9.1 11-4 Excercise on Modulus of elasticity of brass specimen.pdf
  • 9. 11-4 Exercise on Modulus of elasticity of brass specimen

  • 3. Assignment on Material Behavior and Properties
  • 1.1 Exam-1 sol.pdf
  • 1.2 Exam-1.pdf
  • 1. Assignment-1
  • 2.1 Solution Problem-1 in Exam-1.pdf
  • 2. 11-5 Assignment 1-problem 1 (solution of problem-1 in Exam-1)
  • 3.1 Solution Problem-2 in Exam-1.pdf
  • 3. 11-6 Assignment 1-problem 2 (solution of problem-2 in Exam-1)
  • 4.1 Solution Problem-3 in Exam-1.pdf
  • 4. 11-7 Assignment 1-problem 3 (solution of problem-3 in Exam-1)

  • 4. Shear stress and strain
  • 1.1 12-shear stress-1-Concept.pdf
  • 1. 12-shear stress-1-Concept
  • 2.1 13-shear stress-2-Shear Stresses on Perpendicular Planes-sign convention.pdf
  • 2. 13-shear stress-2-Shear Stresses on Perpendicular Planes-sign convention
  • 3.1 14-shear stress-3-Hooks Law in Shear.pdf
  • 3. 14-shear stress-3-Hooks Law in Shear
  • 4.1 15-shear stress-4-example-1.pdf
  • 4. 15-shear stress-4-example-1-Shear stress in a plate
  • 5.1 16-shear stress-5-example-2.pdf
  • 5. 16-shear stress-5-example-2-Bearing and shear stresses in pins and bolts
  • 6.1 17- shear stress-6-example-3.pdf
  • 6. 17- shear stress-6-example-3-shear stresses & strains in elastomeric bearing pad
  • 7.1 17-1-Exercises-Shear stress and strain-Hollow box.pdf
  • 7. 17-1-Exercises-Shear stress and strain-Hollow box
  • 8.1 17-2 Exercises-Shear stress and strain-Cable sling.pdf
  • 8. 17-2 Exercises-Shear stress and strain-Cable sling

  • 5. Allowable stress and allowable loads (Axial loads)
  • 1.1 18- Allowable stress and allowable loads.pdf
  • 1. 18-allowable stress and allowable loads
  • 2.1 19-allowable stress and allowable load example.pdf
  • 2. 19-allowable stress and allowable load example
  • 3.1 20- Design for axial loads and direct shear example.pdf
  • 3. 20- Design for axial loads and direct shear example
  • 4.1 20-1 Exercises on design for axial loads and direct shear-steel pipe diameter.pdf
  • 4. 20-1-Exercises on axial load and shear
  • 5.1 20-2 Exercises on design for axial loads and direct shear- bars and bolt.pdf
  • 5. 20-2-Exercises on axial load and shear
  • 6.1 21- Changes in Lengths of Axially Loaded Members.pdf
  • 6. 21-axial loads stiffness
  • 7.1 22- Example on axially loaded members.pdf
  • 7. 22-axial loads stiffness-example

  • 6. Thermal effects
  • 1.1 23- Thermal Effects.pdf
  • 1. 23-Themal effects
  • 2.1 24- Example on thermal effect.pdf
  • 2. 24- Thermal stress example-Prismatic bar under different temperatures
  • 3.1 24-1 Exercises on thermal effects-Rails of railroad track.pdf
  • 3. 24-1-Exercises on thermal effects-Railroad track
  • 4.1 24-2 Exercises on thermal effects-Rod between 2 walls.pdf
  • 4. 24-2-Exercises on thermal effects-Steel rod

  • 7. Assignment on Axial loads & Thermal effects
  • 1.1 24-3 Assignment- problem 1.pdf
  • 1. 24-3 Assignment problem # 1 Design for axial loads for steel base plate
  • 2.1 24-4 Assignment- problem 2.pdf
  • 2. 24-4 Assignment problem # 2 Thermal effect on plastic bar

  • 8. Strain Energy
  • 1.1 25- strain energy.pdf
  • 1. 25-strain energy-1
  • 2.1 26-strain energy-2-elastic and inelastic strain energy.pdf
  • 2. 26-strain energy-2-elastic and inelastic strain energy
  • 3.1 27-strain energy-3-linearly elastic behavior.pdf
  • 3. 27-strain energy-3-linearly elastic behavior
  • 4.1 28-strain energy-4-comments on strain energy.pdf
  • 4. 28-strain energy-4-comments on strain energy
  • 5.1 29-strain energy-5-non uniform bars.pdf
  • 5. 29-strain energy-5-non uniform bars
  • 6.1 30-strain energy-6-example-non uniform bars.pdf
  • 6. 30-strain energy-6-example-non uniform bars
  • 7.1 31-strain energy-7-disp from single load.pdf
  • 7. 31-strain energy-7-disp from single load
  • 8.1 32- strain energy-8-example disp from single load.pdf
  • 8. 32- strain energy-8-example disp from single load
  • 9.1 32-1 Strain energy exercises.pdf
  • 9. 32-1 Strain energy exercises
  • 10.1 32-2 Strain energy exercises.pdf
  • 10. 32-2 Strain energy exercises
  • 11.1 32-3 Strain energy exercises.pdf
  • 11. 32-3 Strain energy exercises

  • 9. Curvature and longitudinal strain in Beams
  • 1.1 33-beams-1-Pure Bending and nonuniform bending.pdf
  • 1. 33-beams-1-Pure Bending and nonuniform bending
  • 2.1 34-beams-2-Curvature of a Beam.pdf
  • 2. 34-beams-2-Curvature of a Beam
  • 3.1 35- beams-3-Longitudinal Strains in beams.pdf
  • 3. 35- beams-3-Longitudinal Strains in beams
  • 4.1 35-1 Exercises on longitudinal strains in beams-Simple beam.pdf
  • 4. 35-1 Exercises on longitudinal strains in beams
  • 5.1 35-2 Exercises on longitudinal strains in beams-Cantilever beam.pdf
  • 5. 35-2 Exercises on longitudinal strains in beams

  • 10. Normal stress and strain
  • 1.1 36-Normal stress in beams-1-Resultant of the normal stresses.pdf
  • 1. 36-Normal stress in beams-1-Resultant of the normal stresses
  • 2.1 37-Normal stress in beams-2-Location of neutral Axis.pdf
  • 2. 37-Normal stress in beams-2-Location of neutral Axis
  • 3.1 38-Normal stress in beams-3- Moment-Curvature Relationship.pdf
  • 3. 38-Normal stress in beams-3- Moment-Curvature Relationship
  • 4.1 39-Normal stress in beams-4-Flexure Formula.pdf
  • 4. 39-Normal stress in beams-4-Flexure Formula
  • 5.1 40-Normal stress in beams-5-Maximum Stresses at a Cross Section .pdf
  • 5. 40-Normal stress in beams-5-Maximum Stresses at a Cross Section
  • 6.1 41-Normal stress in beams-6-Doubly Symmetric Shapes.pdf
  • 6. 41-Normal stress in beams-6-Doubly Symmetric Shapes
  • 7.1 42- Normal stress in beams-7-Example.pdf
  • 7. 42- Normal stress in beams-7-Example
  • 8.1 42-1 exercises on beams-A thin strip of Copper.pdf
  • 8. 42-1 exercises on beams-A thin strip of Copper
  • 9.1 42-2 exercises on beams- Highway bridge.pdf
  • 9. 42-2 exercises on beams- Highway bridge

  • 11. Shear stress in beams
  • 1.1 43-Shear stresses in beams-1-Vertical and Horizontal Shear Stresses.pdf
  • 1. 43-Shear stresses in beams-1-Vertical and Horizontal Shear Stresses
  • 2.1 44-Shear stresses in beams-2-Shear formula.pdf
  • 2. 44-Shear stresses in beams-2-Shear formula
  • 3.1 45- Shear stresses in beams-3- Example.pdf
  • 3. 45- Shear stresses in beams-3- Example-Metal beam
  • 4.1 45-1 Exercises on shear stresses on beams-Cantiever wood beam.pdf
  • 4. 45-1 Exercises on shear stresses on beams-Cantiever wood beam
  • 5.1 45-2 Exercises on shear stresses on beams-Laminated wood beam.pdf
  • 5. 45-2 Exercises on shear stresses on beams-Laminated wood beam
  • 6.1 45-3 Assignment-3-Laminated plastic beam.pdf
  • 6. 45-3 Assignment-3-Laminated plastic beam
  • 7.1 45-4 Assignment-3-Simply supported wood beam.pdf
  • 7. 45-4 Assignment-3-Simply supported wood beam

  • 12. Plane stress element
  • 1.1 46-Analysis of stress and strain-planes stress-sign convention.pdf
  • 1. 46-Analysis of stress and strain-planes stress-sign convention
  • 2.1 47-Analysis of stress and strain- stresses on inclined sections.pdf
  • 2. 47-Analysis of stress and strain- stresses on inclined sections
  • 3.1 48-Analysis of stress and strain-transformation equations.pdf
  • 3. 48-Analysis of stress and strain-transformation equations
  • 4.1 49- Analysis of stress and strain-transformation equations-example.pdf
  • 4. 49- Analysis of stress and strain-transformation equations-example
  • 5.1 49-1 Excercises on Plane stress element.pdf
  • 5. 49-1 Exercises on Plane stress element
  • 6.1 49-2 Excercises on Plane stress element.pdf
  • 6. 49-2 Exercises on Plane stress element

  • 13. Principal stress
  • 1.1 50-Principal stress-1 variation with angle.pdf
  • 1. 50-Principal stress-1 variation with angle
  • 2.1 51-Principal stress-2-principal angles.pdf
  • 2. 51-Principal stress-2-principal angles
  • 3.1 52-Principal stress-3-principal stress equations.pdf
  • 3. 52-Principal stress-3-principal stress equations
  • 4.1 53-special cases-1.pdf
  • 4. 53-special cases-1
  • 5.1 54-max shear stress.pdf
  • 5. 54-max shear stress
  • 6.1 55-Example part-1.pdf
  • 6. 55-Example part-1
  • 7.1 56-Example part-2.pdf
  • 7. 56-Example part-2
  • 8.1 57- Example 3 maximum shear stress.pdf
  • 8. 57- Example 3 maximum shear stress
  • 9.1 57-1 Assignment 4 on Principal stresses and maximum shear stresses-problem 1.pdf
  • 9. 57-1 Assignment 4 on Principal stresses and maximum shear stresses-problem 1
  • 10.1 57-2 ssignment 4 on Principal stresses and maximum shear stresses-problem 2.pdf
  • 10. 57-2 asignment 4 on Principal stresses and maximum shear stresses-problem 2

  • 14. Mohr Circle-Graphical Technique for Stress Visualization
  • 1.1 58-Mohr circle-1- Introduction.pdf
  • 1. 58-Mohr circle-1- Introduction
  • 2.1 59-Mohr circle-2- Equation of Mohr circle.pdf
  • 2. 59-Mohr circle-2- Equation of Mohr circle
  • 3.1 60-Mohr circle-3- Representation of Mohr circle.pdf
  • 3. 60-Mohr circle-3- Representation of Mohr circle
  • 4.1 61-Mohr circle-4- Construction of Mohr circle.pdf
  • 4. 61-Mohr circle-4- Construction of Mohr circle
  • 5.1 62-Mohr circle-5- stress on inclined element of Mohr circle.pdf
  • 5. 62-Mohr circle-5- stress on inclined element of Mohr circle
  • 6.1 63-Mohr circle-6- Principal stress of Mohr circle.pdf
  • 6. 63-Mohr circle-6- Principal stress of Mohr circle
  • 7.1 64-Mohr circle-7- Max shear stresses of Mohr circle.pdf
  • 7. 64-Mohr circle-7- Max shear stresses of Mohr circle
  • 8.1 65-Mohr circle-8- Example on Mohr circle.pdf
  • 8. 65-Mohr circle-8- Example on Mohr circle
  • 9.1 65-Mohr circle-9-Excercise1.pdf
  • 9. 65-Mohr circle-9-Excercise1
  • 10.1 65-Mohr circle-10-Excercise 2.pdf
  • 10. 65-Mohr circle-10-Excercise 2
  • 11.1 65-Mohr circle-11-Excercise 3.pdf
  • 11. 65-Mohr circle-11-Excercise 3
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    تاریخ انتشار: ۷ آبان ۱۴۰۲
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