Course Description This course deals with the analysis and design of structural element composites constituted of orthotropic laminates such as laminated beams and plates. The course looks at their strength, deflection, and buckling, as well as the mechanics of their fracture. Also a finite element formulation is discussed. Objectives To enable the student analyse and...Read More

Course Description This course deals with basic fundamentals of continuum mechanics with applications to elasticity, visco-elasticity, plasticity, and fluid mechanics with an introduction to continuum damage mechanics. Objectives To equip the student with fundamental principals of continuum mechanics and how they could be used to derive constitutive relations and response of materials subjected to loads....Read More

Course Description This course deals with basic principals of linear elastic fracture mechanics with extension to elasto-plastic fracture theories applied to crack propagation under cyclic loading. The course also introduces fracture mechanics design process and discusses applications of fracture mechanics to plain and reinforced con­crete. Objectives To enable the student understand the role fracture of...Read More

Course Description This course deals with more advanced topics in Strength and Mechanics of Engineering Materials and application of the elementary theory to structural behavior of structural elements and the criteria governing their failure. Objectives To enable the student learn the fundamental laws of mechanics governing the behavior of materials and so assess their design...Read More

Brief description of course This course introduces the students to the basic principles of statics as applied to particles and bodies Digital Signal Processing Objectives of the course Students will be able to relate statics principles of mechanics to engineering applications Attachment Name Attachment Type MEC 1102: Engineering Mechanics 1 DOC PDF PSRead More