Strength of Materials II

Course Purpose
Mechanics of materials is the study of mathematically determining the effects of forces and deformations generated inside members by external forces on all kinds of structures.Mechanics of Materials II, students acquire the ability to solve more complex problems based on the knowledge of Mechanics of Materials I, and are introduced to the fundamentals of the finite element method and the elastic mechanics.
Learning Goals
By the end of the course, students should be able to do the following:
・Calculate more complex stresses and strains based on the knowledge of Mechanics of Materials I.
・Understand the fundamentals of elastic mechanics and the finite element method.
Topic
Session 1Review of Strength of Materials I (Stress and strain)
Session 2Review of Strength of Materials I (torsion of rod, bending of beam)
Session 3Review of Strength of Materials I (Bending stress and deflection)
Session 4Coordinate transformation and Mohr's stress circle
Session 5Relationship between stress and strain, relationship between elastic moduli
Session 6Strain energy and impact stress
Session 7Summary I (Class exam I)
Session 8Solution by Castigliano's theorem
Session 9Complex beam problems (Continuous and combined beams)
Session 10Complex beam problems (Asymmetric bending and curved beams)
Session 11Buckling of long columns
Session 12Frame structures and statically determined trusses
Session 13Solution of trusses by matrix methods.
Session 14Summary II (Class exam 2)
**This content is based on April 1, 2025. For the latest syllabus information and details, please check the syllabus information inquiry page provided by the university.**