Professor Emeritus, Mechanical Engineerin
Research Areas: skeletal function, composite materials structures, mechanical behavior, manufacturing processe
Composite materials and structures, mechanical behavior and manufacturing processes.
Current research projects include: Hysteresis Based Fatigue Damage Parameter, Entropy Project. The following are some of the past BCL research projects: THEMIS magnetometer boom design, Polypropylene Composites, HESSI repair, Fracture in Bone under Longitudinal Cyclic, Compressive Loading by Jun-Hyuk Choi, Development of Theoretical Model of Cortical bone and consideration of load distribution due to fluid effects by Jun-Hyuk Choi, Compressive Behavior of Composite Laminates by Chun-Liang Lin, Durability of Marine Composites by Paul H. Miller, Design of Composite Flywheel Rotors by Mickey Reilley, Design of a Carbon Fiber/Epoxy Spring for Use in a Prosthetic Knee Replacement by Mickey Reilley, Application of Composite Materials to Furniture Design and Manufacturing by Billy Chih-heng Tai, Design of a Space-based Reconfigurable Antenna Reflector by Tien Fak Tan, Intelligent Control of Machining of Composite Materials by Myong-Shik Won, Motoyoshi Ozaki, Ye Sheng, Optimal Design and Analysis of Adaptive Spacecraft Structures by Myong-Shik Won, The Design of a Mobile 2 Axis Inertial Guidance Tracking System by Benjamin T Yang.
Dynamic Loading”, Advances in Bioengineering: Proceeding from the American Society of
Mechanical Engineers Meeting. 51: 1-3. 2001.
Composites “, J. Composite Materials, Vol. 41, No. 11, June 2007, pp. 1389-1405.