Atsumi OHTSUKI

Papers

Total Citations

H-Index

About

Atsumi Ohtsuki is a leading authority in the field of applied mechanics, with a primary focus on the nonlinear analysis of flexible structural elements. His research centers on the complex behavior of large deflections in cantilever beams, a critical area for the design of machine components such as robot arms, crane booms, and aircraft wings. Ohtsuki’s major contributions involve developing sophisticated analytical models that account for real-world constraints often overlooked in classical beam theory. His seminal 1994 work, "Analysis of Large Deflections in Spring-Hinged Cantilever Beam under Inclined Tip Load" (10 citations), provided a foundational method for predicting the behavior of beams with rotational flexibility at their supports. He further advanced the field with his 1996 paper, "Analysis of Large Deflection in a Cantilever Beam with Low Support Stiffness" (8 citations), which addressed the critical influence of non-rigid supports on beam deformation. These studies, while modest in citation count, represent essential, high-precision work that directly informs the safe and efficient design of elastic machine elements, establishing Ohtsuki as a meticulous and impactful researcher in structural mechanics.