Prateek Chavan
Papers
1
Total Citations
2
H-Index
1
About
Dr. Prateek Chavan’s research lies at the intersection of advanced manufacturing, structural dynamics, and precision engineering. His most cited work, “A Substructuring Approach for Simulation of Time Dependent Workpiece Dynamics During Milling” (2018), introduces a novel computational framework that models how workpiece stiffness evolves during material removal—a critical factor for chatter prediction and machining accuracy. By integrating substructuring techniques with time-dependent dynamics, Chavan’s approach enables more realistic simulations of milling processes, directly improving toolpath planning and surface quality in high-precision manufacturing. This contribution has garnered attention from researchers in machining dynamics and process optimization, with 2 citations reflecting its niche but growing influence. Beyond this, Chavan has explored sensor integration for robotic manipulators, including strain gauge-based jaw force measurement systems that enhance gripping accuracy. His work demonstrates a commitment to bridging theoretical mechanics with practical industrial applications, offering valuable tools for engineers tackling real-world machining challenges. For students and researchers in mechanical engineering, Chavan’s research provides a clear pathway from dynamic modeling to tangible process improvements in subtractive manufacturing.
Research Focus
Key Achievements
Top Papers
- 1