R & D Projects
Study of Erosion in Vertical Pumps through Computational and Experimental Methods and Development of Coatings to Prevent Sand Erosion. (EROSION
Development of New Design Procedures of Vertical Pumps through Computational Fluid Dynamics. (CFD-DESIGN)
Development of a New Type of Deep Well Vertical Turbine Pump for Low Capacities and High Head Driven by Renewable Sources. (RES-DESIGN-CFD)
Hydrodynamic Design of Submersible Pumps – An Experimental Study. (EXP.)
Development of a New Fully Automated Production Line for Steel Pipes – A New Threading Approach. (MACHINERY DESIGN)
Study of Corrosion in Vertical Pumps through Computational and Experimental Methods and Development of a New Method to Prevent Corrosion. (CORROSION)
Development of New Coatings Used to Prevent Erosion and Development of a Prototype Coating Process for Deep Well Vertical Turbine and Submersible Pumps.
Development of a State of the Art Hydrodynamic Laboratory in Association with the Cyprus University of Technology.
Many of the HYDRUS's R & D Activities are Co-Funded By, Research Funds are Managed By,