Amir Poursamad
Papers
1
Total Citations
5
H-Index
1
About
Amir Poursamad is a researcher whose work bridges robotics, dynamic modeling, and control systems. His key research areas include snake-like robotic locomotion, passive dynamics, and compliant mechanisms. Poursamad’s major contribution lies in the conception and dynamic modeling of assisted passive snake robots, where he introduced a novel structure that enables these robots to follow a Serpenoid curve passively—requiring only an appropriate set of initial conditions rather than continuous active control. This work, detailed in his 2005 paper "Assisted Passive Snake Robots: Conception and Dynamic Modeling Using Kane’s Method," has garnered 5 citations, serving as a foundational reference for researchers exploring energy-efficient, compliant robotic locomotion. By applying Kane’s method to model the complex interactions between passive wheels and compliant joints, Poursamad provided a rigorous framework that has influenced subsequent studies in bio-inspired robotics. His work stands out for its elegant approach to reducing actuator dependency, offering insights into how passive dynamics can simplify robotic design while maintaining effective motion. For students and researchers, Poursamad’s research exemplifies how theoretical modeling can inspire practical innovations in robotic mobility.
Research Focus
Key Achievements
Top Papers
- 1