Papers
6
Total Citations
222
H-Index
6
About
Dr. Jinho Choi’s research career spans two distinct yet impactful domains: the structural integrity of composite materials and the development of advanced functional polymers. His foundational work in mechanical engineering focuses on the design, failure prediction, and torque transmission of adhesively-bonded composite joints—critical components in aircraft, space structures, and robotic arms. Notably, his 1996 study on the static torque capacity of tubular single lap joints (47 citations) and his 1994 analysis of torque transmission in both single and double lap joints (36 citations) are seminal references in the field. He further advanced non-destructive evaluation with his 2006 study on acoustic emission for failure detection in composites (76 citations), his most cited work. Demonstrating remarkable versatility, Dr. Choi has recently contributed to materials science with a 2024 paper on functional thermoplastic polyurethane elastomers (32 citations), addressing next-generation needs in soft robotics and medical devices. His research, combining rigorous experimental analysis with predictive modeling, has earned over 220 citations, establishing him as a thoughtful contributor to both structural mechanics and polymer engineering.
Research Focus
Key Achievements
Top Papers
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- 5Failure Load Prediction of Composite Joints using Linear Analysis23 citations · 2006
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