Principal Investigators: Erdem, Ergin, Arif Sirinterlikci
University: Robert Morris University
Industry Partners: Schroeder Industries
We propose a novel effort for process and product performance improvement of hydraulic tanks manufactured by Schroeder Industries. The effort is based on a computational fluid dynamics (CFD) approach to design and improve the rotational molding of the hydraulic tanks. This collaboration between Schroeder Industries and Robert Morris University and utilizing an iterative design process will enable the research team to improve the efficiency of the rotational molding manufacturing process. It will also aid in the performance of the hydraulic tank characterized by increased air residence time. This grant request also seeks funding to support the physical testing procedures to determine the quality of the product. Developing additional testing for the hydraulic tanks will have a significant and positive impact on waste management and the quality of hydraulic reservoir products. The integrated physical and virtual testing will lead to significant scrap rate reductions.