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Degrees
B.E. Yale University- Mechanical Engineering (1952)
D. Eng. Yale University - Mechanical Engineering (1961)
Research Interests
Process and product development of composite materials
that may lead to improved design practice and commercialization. His current
interests include composite behavior as affected by static, creep and fatigue
loading, and products like composite rotors for flywheel systems. Emphasis is on
the design, manufacturing and evaluation of the performance and cost.
Methodology and supporting software to provide safe service of 30 years under
combinations of loads, temperatures and moisture.
He is a member of the National Academy of Engineering and have been active in
the International Conference on Composite Materials. He is also a member of the
American Society of Mechanical Engineering and the Society of Aerospace
Materials and Process Engineers.
He has written two introductory texts on composite materials and two books on
composites design. He is also known for the pioneering effort in promoting
spreadsheet as a design tool.
Current Projects
Failure theory of composite materials and structures that includes combined
creep and fatigue loading under combinations of temperature and moisture
environment. This theory is generic and is being applied to wind turbine blades
and composite flywheel rotors.
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