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Mechanics of materials: Expert level-1 certification

Mechanics of materials: Expert level-1 certification

Test knowledge and computational skills for mechanics of materials
Created byProf Dr Farid Khan
Last updated 9/2024
English

What you'll learn

  • To understand and test the skills and knowledge about the fundamentals of mechanics of materials
  • To learn about the concepts and fundamental of stress and strain
  • To acquire the basic knowledge and tools of stress and strain computations
  • Ability to estimate deformation, stress and strain and design members under axial loading and torque
  • To understand the shear force and bending moment in beams and to able to design beams under different loading scenarios

Included in This Course

120 questions

  • Module 1: Basics about materials, stress and strain40 questions
  • Module 2: Concept of stress and strain40 questions
  • Module 3: Beam bending, bending stresses, stress transformation40 questions

Description

This practice test of mechanics of materials is designed to enhance the basic and fundamental knowledge and concepts on the stress and strain (produce in material when subjected to external loading) including:

  • What is Engineering materials and their types

  • Concepts of stress and strain: how to understand and learn about stress and strain in the study and analysis of materials

  • Axial loading: Computation of deformation, stress and strain in case of axial loading

  • Biaxial stress: Understand bi-axial stresses and its effects on the dimensions of the materials

  • Transformation of stress and strain: How to compute the stress and strain values in the infinite co-ordinate frames from the given state of  stress or strain  in one co-ordinate frame with analytical tools

  • Mohr’s Circle: How to compute the stress and strain values in the infinite co-ordinate frames from the given state of  stress or strain  in one co-ordinate frame with a graphical method of Mohr's circle

  • Torsion: What stresses are produced when shafts and rods are subjected to torque and how to calculate and design these mechanical components

  • Beams under transverse loading: Learn and calculate, shear Force and Bending Moment in beams, compute bending stress in beams, deflection of beams, beam design

  • Columns designing 

Who this course is for:

  • Students: Mechanical, Electrical ,Civil, mechatronics, chemical, mining, material and industrial
  • Engineers: Mechanical, Electrical ,Civil, mechatronics, chemical, mining, material and industrial
  • Materials auditor and material/mechanical design Engineers

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