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Civil engineering course moment on Bea for different suppor

Civil engineering course moment on Bea for different suppor

To determine the moment required to produce a given rotation at one end of the beam when the other end is pinned or fix
Created byVictor Otti
Last updated 9/2021
English

What you'll learn

  • This course will teach the students the important task of strength of material and to establish the causes and nature of failure in materials which will enable the students to also know the comprehensive theoretical and experimental study of the processes occurring within microscopic volume of a body especially the nature of the origin and development of cracks.

Course content

2 sections8 lectures43m total length
  • Introduction0:16
  • SIMPLE STRESS AND STRIAN1:21
  • ELASTICITY: As stated earlier , there is no rigid materials in engineering use .0:33

Requirements

  • This course covers the basic of material elastic behavior, stress,strain, and how to calculate them .it also help you to select a suitable materials to a desire function.

Description

This course introduce the student to the basics of strength of materials. Topics include: loading statically indeterminate structure. Structure temperature and prestrain effect, shear force and bending moment, axial, shear bearing and bending stress, deflection of beam buckling of columns.the student will also learn how to determine the moment  required to produce a given rotation .(rotational stiffness) at one end of the beam when the other side is pinned or fixed by using the required apparatus to carry out the experiment. And the subject matter has been arranged in such a manner that each chapter deal with the definition analysis of problem involved, derivations and application and the knowledge of these streets is essential to the safe design of a machine , aricraft, or any type of structure and most practical structure consist of complex arrangements of many components members. The students will be able to list a symbol , like length, breath, diameter, Dept, length, mass, modular ratio, pressure, radius, distance, thickness, uniformly distributed load, coordinate, area, constant points, complementary energy daimeter, young modulus , shearing force modulus of rigidity , force , second moment of area polar moment of inertia of area , bulk modulus, length , bending moment , radius, torque, strain energy , volume, total weight, coordinate, section modulus

Who this course is for:

  • Both young and adult who are looking to learn a new hobly or re-skill them self for career change