Undergraduate Courses
Mechanical Behavior of Materials
Structure and deformation of materials, stress-strain relationships, three dimensional stresses, failure and yield criteria, plastic deformation, fracture mechanics, and fatigue characteristics of materials will be studied.
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Computational Structural Analysis
This course covers the basics of finite element method and computational analyses of structures using commercial softwares. The goal of the course is to provide the students with the fundamental theories and practical skills to analyze structures.
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Graduate Courses
Plasticity
This course deals with some important topics in plasticity. The primal goal is not only to offer the continuum approach of classical plasticity, but also to offer a foundation of researches in recent developments in the field of plasticity.
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Fracture Mechanics
This course deals with fundamental theories and topics in fracture mechanics. The primary goal is not only to offer physical and mathematical expressions related to fracture mechanics, but also to offer a foundation of advanced researches in the field of fracture mechanics.
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Advanced Solid Mechanics
This course deals with some important topics in solid mechanics. The primary goal is not only to offer the continuum approach, but also to offer a foundation of researches in recent developments in the field of solid mechanics.
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Advanced Computational Structural Analysis
This course deals with some advanced topics in Finite Element analysis of structures. The primary goal is not only to offer the theory of FEM, but also to offer a foundation of researches in the field of computational mechanics.
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