M. Rezwan Khan
Papers
1
Total Citations
3
H-Index
1
About
M. Rezwan Khan is a researcher whose work bridges robotics, thermodynamics, and fire safety engineering. His key research areas include firefighting robot actuation, thermal management in extreme environments, and alternative propulsion systems. Khan's major contribution lies in addressing the critical limitations of electric actuators in high-temperature fire scenarios, where conventional systems fail due to heat sensitivity and power constraints. His most cited paper, "Prediction of dry ice mass for firefighting robot actuation" (2017, 3 citations), proposes a novel approach using sublimating dry ice as a propulsive force, enabling robots to operate reliably in inferno-like conditions. This work capitalizes on the inherent weaknesses of electric actuators—such as overheating and battery drain—by offering a passive, thermally resilient alternative. While his citation count is modest, the conceptual innovation of leveraging phase-change materials for robotic mobility in hazardous environments marks a notable achievement, opening avenues for safer, more robust firefighting technologies. Khan's research is particularly relevant for students and engineers exploring robotics in disaster response, where reliability under extreme heat is paramount.
Research Focus
Key Achievements
Top Papers
- 1Prediction of dry ice mass for firefighting robot actuation3 citations · 2017