Charul Chadha
Papers
1
Total Citations
6
H-Index
1
About
Charul Chadha’s research lies at the intersection of mechanical design, mechatronics, and dynamic systems, with a particular focus on the modeling and characterization of power transmission components. Her most-cited work, "Nominal Stiffness of GT-2 Rubber-Fiberglass Timing Belts for Dynamic System Modeling and Design" (2018), addresses a critical gap in the engineering of precision motion systems. By systematically characterizing the stiffness of GT-2 rubber-fiberglass timing belts—commonly used in robots, 3D printers, and small machinery—Chadha provided essential data for accurate dynamic modeling and system design. This contribution is foundational for engineers seeking to predict belt behavior under load, reduce vibration, and improve positioning accuracy in mechatronic applications. While her citation count (6) reflects the niche but vital nature of her work, its impact is amplified by its direct utility in both academic research and industrial prototyping. Chadha’s research exemplifies how careful experimental characterization of seemingly simple components can enable more reliable and efficient machine design, making her a valuable contributor to the field of mechanical systems engineering.
Research Focus
Key Achievements
Top Papers
- 1