This course focuses on the strains, stresses, strengths, rigidities, stabilities, and failure criteria of materials under loads and offers the necessary theory for designing engineering structures from a material point of view. It is a fundamental course in college of Engineering and taught in almost all curricula related to mechanics, such as aeronautics, mechanical engineering and civil engineering. The prerequisite courses are Advanced Mathematics and Theoretical Mechanics. With this course of study, students are required to analyze the strength, rigidity and stability problems for a given member, have the ability to establish mechanical models for a practical problem and analyze them in a simple and logical manner.
The Most Addictive Python and SQL Courses
Learn the Skills Netflix, Meta, and Capital One Actually Hire For
Overview
Google, IBM & Meta Certificates – 40% Off
One plan covers every Professional Certificate on Coursera.
Unlock All Certificates
Syllabus
- Chapter 1 Introdution
- Chapter2 Axial Stress and Mechanical Properties of Materials
- Chapter 3 Deformation Under Axial Loading
- Chapter 4 Torsion
- Chapter 5 Internal Forces of Beams
- Chapter 6 Stresses in Beams
- Chapter 7 Deflection of Beams
- Chapter 8 Analysis of Stress and Strain
- Chapter 9 Theory of Failure
- Chapter 10 Combined Loading
- Chapter 11 Buckling of columns
- Chapter 12 Further Studies of Bending
- Chapter 13 Energy Methods
- Chapter 14 Analysis of Statically Indeterminate Problems
- Chapter 15 Dynamic Loading
- Final Exam
Taught by
Xianhong Meng