Utilize advanced techniques to evaluate structures. Advanced analysis is necessary for structures that are complex, exhibit finite deformations, are loaded beyond their first yield point, or ...

The state-of-the-art structural analysis and design of bridges are based on Newton's universal laws, which do not account for aging and degradation of structures. Therefore, the design is valid only ...

Research areas: Computational Mechanics, Finite Element Method, Mesh-free Methods, Extended Finite Element Method, Multi-scale Analysis, Nonlinear Structural Mechanics, Thin-walled and Composite ...

The Structural Engineering and Structural Mechanics (SESM) research area teaches and perform research on mechanics of solids, mechanics of structures, and structural engineering. Our research spans ...

Mechanical engineering is one of the most diverse branches of engineering, and it involves the design and analysis of machines, structures, and materials by applying the principles of physics and ...

Theory of elasticity: elastic stability, principal of minimum potential energy, Raylegh-Ritz methods. Introduction to finite element methods of stress analysis: computer implementation and use of ...

Engineers design structures for all kinds of purposes and at vastly different scales. This ranges from large ones (like bridges, skyscrapers or offshore wind turbines), to smaller ones (like crash ...

Abstract: Lightweight materials and structures are essential in the aerospace industry, from enabling the large space structures required to advance science missions to reducing fuel consumption.

Our series of design projects allows you to explore both concept and detailed design and develop capability in tackling real-world built-environment problems to address the complex challenges of ...

Learn to address the likelihood of structural failure. Perform risk analysis associated with environmental loads to structures under static and dynamic loadings. Master the basics of performance-based ...