M.A. Elbestawi

About

M.A. Elbestawi is a prominent researcher whose career has been defined by pioneering contributions to robotic manufacturing processes, precision motion control, and advanced machining systems. His work spans several decades and has made a lasting impact on the fields of robotic deburring, grinding, and force control systems. Elbestawi's early foundational research in the late 1980s and early 1990s focused on developing active end-effector systems for robotic deburring, implementing sophisticated force control algorithms on PUMA-560 robots to achieve controlled chamfer depths with minimal surface roughness. This body of work, including his adaptive force control strategies for robotic disk grinding and parametric process modeling, established him as a leading voice in intelligent robotic manufacturing. His 2004 paper on dual-stage feed drive design and control stands as his most cited contribution, accumulating 153 citations and reflecting his evolution toward high-precision motion systems. Collectively, his research addresses a critical industrial challenge: enabling robots to perform complex material removal tasks with the precision and adaptability traditionally requiring skilled human operators. With contributions spanning adaptive control, process sensing, and constrained robot dynamics, Elbestawi's work continues to inform both academic research and industrial automation, making him an essential reference for engineers and researchers working at the intersection of robotics and advanced manufacturing.

Research Focus

Key Achievements

Top Papers

1. 1
   Design and control of a dual-stage feed drive

   153 citations · 2004
2. 2
   Force Control for Robotic Deburring

   50 citations · 1991
3. 3
   Robotic grinding force regulation: design, implementation and benefits

   41 citations · 2002
4. 4
   Robotic force control for deburring using an active end effector

   33 citations · 1989
5. 5
   Parametric modelling and control of the robotic grinding process

   19 citations · 1993
6. 6
   Sensing and control for automated robotic edge deburring

   19 citations · 1994
7. 7
   Active end effector control of a low precision robot in deburring

   18 citations · 1991
8. 8
   Adaptive Force Control for Robotic Disk Grinding

   17 citations · 1991
9. 9
   Analysis of the robotic disc grinding process

   15 citations · 1992
10. 10
    On adaptive force/motion control of constrained robots

    15 citations · 2003

Key Collaborators

Contact & Links