Daniel Wells
Papers
1
Total Citations
10
H-Index
1
About
Daniel Wells is a researcher whose work lies at the intersection of robotics and hydraulic actuation systems, with a particular focus on understanding the fundamental trade-offs that govern actuator performance. His most cited paper, "An investigation of hydraulic actuator performance trade-offs using a generic model" (2002, 10 citations), provides a foundational analysis of how variations in system parameters affect overall performance in robotic applications. In this work, Wells systematically examines the impact of intrinsic compliance and other physical constraints on actuator behavior, offering a generic modeling framework that helps engineers and researchers predict and optimize performance before building physical prototypes. While his citation count may be modest, the conceptual clarity and practical applicability of his modeling approach have made his work a reference point for those designing hydraulic systems for robotics. Wells’ contribution is particularly valuable for its emphasis on understanding the inherent compromises—such as between compliance and precision—that define real-world actuator design. His research remains a useful starting point for students and engineers seeking to navigate the complex landscape of hydraulic actuation in robotic systems.
Research Focus
Key Achievements
Top Papers
- 1