Machining processes are affected by a number of parameters. The most direct and prominent of all are the cutting forces, torque, and vibrations. These parameters are indicative of the process in control or not. They also help optimize the process for machining quality and the effective use of the cutting tools.
Dynamometers can measure the cutting forces at work with high precision. The generated data can serve as a base for operators to adapt their cutting processes and optimize them for maximum efficiency and yield. Even better, the measured data can be in real-time used to adjust the machining process as it is happening, hence realizing adaptive control of the machining process.
Undergraduate
In this project, a newly acquired Kistler dynamometer will be used. The outcome will be a working prototype invovling the dynamometer being implemented on a CNC machine.
Strong machining background and passion. Instrumentation skills and data processing capability.
Manufacturing Systems (405.870, Lab)