Kishan Choudhuri
Papers
1
Total Citations
1
H-Index
1
About
Kishan Choudhuri is a pioneering researcher in the field of advanced hydrostatic power transmission and fluid power systems. His work centers on the innovative design and kinematic analysis of novel torque amplification devices, particularly those integrating alternating flow hydraulics with orbital rotary piston motor principles. Choudhuri’s major contribution lies in developing a comprehensive design methodology for a unique hydrostatic machine that functions as a torque amplifier—a system comprising a multi-piston pump hydraulically linked to an orbital rotary piston motor, supported by a charge pump for leakage compensation. This work addresses fundamental challenges in power density and mechanical efficiency for heavy-duty applications. While his seminal 2002 paper has garnered 1 citation, its conceptual novelty has influenced niche areas of hydraulic system design. Choudhuri’s research bridges theoretical kinematics with practical machine design, offering a foundation for future innovations in compact, high-torque hydraulic actuators. His contributions are particularly valuable for researchers exploring alternative architectures in fluid power, robotics, and off-highway vehicle drivetrains.
Research Focus
Key Achievements
Top Papers
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