Internal equilibrium of load carrying members and assemblies. Concepts of stress, strain, and deformations. Basic propoerties of engineering materials. Analysis and design of bar-type members subjected to axial loads, torsions, bending, shear and combined loading. Principle of superposition. Statically indeterminate problems. Bi-axial state of stress: stress transformations and principal stress. Boundary value problems. Instability and buckling. Euler's Column theory. Energy principles. Pre: ESM2104 or ESM1004. (3H, 3C). I, II.
Instructor: Dr. Ronald D. Kriz has provided additional information for the M,W,F class.
Any comments and suggestions about the material presented above,
please contact Ron Kriz at firstname.lastname@example.org
Ronald D. Kriz
College of Engineering