Kohei SUZUKI
Papers
2
Total Citations
7
H-Index
2
About
Kohei Suzuki is a pioneering researcher in construction machinery dynamics and system identification, whose foundational work has shaped modern approaches to heavy equipment vibration control. His primary research areas include active vibration control for construction machinery and dynamic system identification through advanced mathematical modeling. Suzuki’s most significant contribution is his 1994 study on active vibration control of construction machinery arms, where he developed linear control simulations to address low-frequency arm vibrations (2 Hz range) that cause instability in larger, heavier machinery designs. This work, with 5 citations, remains a cornerstone reference for engineers designing high-performance construction equipment. Additionally, his 1987 paper on dynamic system identification using two-dimensional autoregressive model fitting introduced an innovative method for mapping modal parameters between z-transformed and Laplacian planes, earning 2 citations. While his citation counts are modest, Suzuki’s research represents early, foundational efforts in a specialized field—his modeling techniques and control strategies have influenced subsequent generations of construction machinery designers seeking to balance performance with stability. His work demonstrates the enduring value of rigorous theoretical foundations in applied mechanical engineering.
Research Focus
Key Achievements
Top Papers
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