The course deals with the practical aspects of analyzing the various features and characteristics of failures in different mechanical components.
- Professor: Paul A Sundaram
This is a required course for graduate students in bioengineering.
- Professor: Paul A Sundaram
This is a required course offered to mechanical engineering students. The course deals with atomic structure, crystal structure, mechanical properties of materials such as metals, polymers, ceramics and composite materials, phase diagrams, heat treatment and engineering applications of these materials.
- Professor: Paul A Sundaram
The course deals with the fundamentals concepts of stress and strain analyses of composite materials. Various composite models are presented and stress and strain analyses are described. The design of laminate composites based on the application is elaborated. Failure mechanisms in composite materials are discussed.
- Professor: Paul A Sundaram
- Professor: Paul A Sundaram
Study
of tissue engineering applied to biomedical systems. Review of quantitative
cell and tissue biology, cell and tissue characterization, engineering methods
and design, and clinical implementation.
Discussion of cells and their behavior, followed by the effect of
external stimuli on cells. The
properties of the extracellular matrix will be studied. Specific cases of vascular tissue
engineering, cartilage tissue engineering and bone engineering will be studied.
The implications of using stem cells for tissue engineering will be discussed.
- Professor: Paul A Sundaram