Gain an understanding of the strength of materials, including mathematical derivations and theory, which is a cornerstone subject for any mechanical engineer.
The strength of materials is a branch of engineering that examines a material's capacity to withstand mechanical forces. The strength of a material in a particular application is influenced by a variety of elements, such as its resistance to deformation and fracture, and it frequently depends on the geometry of the member being constructed. Basic Concepts of Mechanics of Materials for Machine Design certification course, Udemy offers certification to individuals who want to observe the concepts of machine design in mechanical engineering
Basic Concepts of Mechanics of Materials for Machine Design online training is a comprehensive program with one article, three downloadable resources, and 4.5 hours of video sessions that will assist you in mastering the course which is accessible on mobile and TV without any restrictions. Basic Concepts of Mechanics of Materials for Machine Design online course includes an introduction to machine design, the distinction between strength and stress, fundamentals of engineering statics, machine design domains, and mechanical design paradigms. The participant will get a comprehension of fundamental concepts such as the generic process for strength analysis, free body diagram, force and moment equilibrium, and two principal types of loading, shear stress, and strain diagram. The aspirant will perceive bending geometries, the stress in the oblique plan, torsion, multiaxial loading, state of stress, and stress transformations.
Yes
Udemy
After completing the Basic Concepts of Mechanics of Materials for Machine Design online certification, students will be able to obtain knowledge of machine design, its nature, types of stress, and their analysis. The participant will acquire knowledge about the tensile test - stress-strain diagram and its inferences on stress concentration forms, source of uncertainties in design and factor of safety, and governing equations of bending and torsion. The aspirant will explore stress transformation, derivation of principal stress analysis of beams and their types, as well as how to develop shear force and bending moment diagrams
Stress in Oblique plan of Uniaxial loaded member
Bonus : More resources for learning Mechanical engineering and design
Mr Mufaddal Rasheed Mechanical engineer Freelancer
B.E /B.Tech
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