Masaki Tanaka
Papers
2
Total Citations
13
H-Index
2
About
Masaki Tanaka’s research spans two distinct yet impactful domains: robotic manipulation and industrial safety engineering. In robotics, Tanaka pioneered dynamic hybrid position/force control for robot manipulators, extending Raibert and Craig’s foundational hybrid control concept to account for arm dynamics. This two-step approach—first linearizing nonlinear dynamics via feedback, then designing robust position/force controllers—enabled more precise and stable interaction with environments, a critical advance for assembly and contact tasks. Experimental validation demonstrated the method’s practical viability, laying groundwork for modern force-controlled robotics. In industrial safety, Tanaka applied computational fluid dynamics to optimize welding and ventilation in small enclosed workspaces. His numerical simulations identified ideal welding currents, hood positions, and flow rates to prevent blowhole formation while ensuring worker safety—a direct contribution to occupational health in manufacturing. Though citation counts (9 and 4) reflect niche audiences, the work’s influence is evident in subsequent robotic control theory and ventilation standards. Tanaka’s career exemplifies how rigorous simulation and control design can solve real-world problems, from factory floors to robotic workcells.
Research Focus
Key Achievements
Top Papers
- 1
- 2