Max Robotics — Global Service Robot Directory + US Certification

About

M. Ahmadizadeh is a prominent researcher specializing in the dynamics and modeling of robotic systems, with a particular focus on impact-contact phenomena in complex mechanical structures. Their work has made significant contributions to understanding how robotic manipulators behave during frictional and frictionless collisions — a critical challenge in designing reliable and precise robotic systems. Ahmadizadeh's research spans both open-loop and closed-loop robotic configurations, addressing multi-branch and flexible link systems with revolute joints. A defining feature of their methodology is the application of the Gibbs-Appell recursive algorithm combined with regularization techniques, enabling efficient and accurate dynamic modeling of systems experiencing multiple simultaneous impacts. Their 2019 foundational paper on frictionless impact-contacts in open-loop mechanisms (31 citations) laid the groundwork for subsequent studies tackling increasingly complex scenarios, including frictional forces and flexible links. With their most-cited works accumulating over 120 combined citations, Ahmadizadeh's research has garnered meaningful recognition within the robotics and dynamics community. Their 2021 contributions, addressing both flexible multi-link planar systems and closed-chain manipulators under frictional dynamic forces, demonstrate a consistent drive to extend modeling frameworks toward real-world robotic applications, making their body of work an essential reference for researchers in computational robotics and multibody dynamics.