J. P. Sadler
Papers
7
Total Citations
71
H-Index
6
About
J. P. Sadler is a researcher whose work bridges robotics and biomechanics, with key contributions in flexible manipulator dynamics, robot trajectory planning, and dental implant biomechanics. His research addresses fundamental challenges in robotic systems, including the prediction of dynamic responses in flexible manipulators using modal databases, and the minimization of actuator torque through optimal trajectory placement. Sadler’s notable work on collision avoidance for dual SCARA robots introduced a novel method for planning collision-free paths in shared workspaces, treating the robots as a single redundant system. In the dental field, he developed a robotic test system to study implant-tooth-supported connections, providing critical insights into stress distributions under occlusal forces. His most cited paper, “An In Vitro Study of Implant-Tooth-Supported Connections Using a Robot Test System” (1999, 17 citations), exemplifies his interdisciplinary approach. Sadler’s comprehensive finite element analyses of revolute manipulators with link and joint compliance have also been influential, with several papers accumulating 6–13 citations. His work continues to impact robotics and dental implant research, offering practical solutions for mechanical and biomechanical challenges.
Research Focus
Key Achievements
Top Papers
- 1
- 2Optimal location of robot trajectories for minimization of actuator torque13 citations · 1993
- 3
- 4Collision avoidance for two SCARA robots10 citations · 2002
- 5
- 6
- 7A robotic system for testing dental implants6 citations · 1998