Date of Graduation
Master of Science in Industrial Engineering (MSIE)
Second Committee Member
ablation, cleaning, robotic pressure washing, simulation, Waterjet
Industrial high-pressure waterjet cleaning is common to many industries. The modeling in this paper functions inside a collaborative robotic framework for high mix, low volume processes where human robot collaboration is beneficial. Automation of pressure washing is desirable for economic and ergonomic reasons. An automated cleaning system needs path simulation and analysis to give the operator insight into the predicted cleaning performance of the system. In this paper, ablation, the removal of a substrate coating by waterjet, is modeled for robotic cleaning operations. The model is designed to work with complex parts often found in spray cleaning operations, namely parts containing hidden portions, holes, or concavities. Experimentation is used to validate and calibrate the ablation model to yield accurate evaluations for how well every feature of a part is cleaned based on the cumulative effect of water affecting the part surface. The ablation model will provide the foundation for optimizing process parameters for robotic waterjet cleaning.
James, B. (2019). Modeling of Complex Parts for Industrial WaterJet Cleaning. Graduate Theses and Dissertations Retrieved from https://scholarworks.uark.edu/etd/3216
Computer-Aided Engineering and Design Commons, Industrial Engineering Commons, Industrial Technology Commons, Operational Research Commons, Robotics Commons