The Analyses Study Of Vehicle Rain Test System's Energy Convert

The first explored the quality level of energy conversion relations, according to the quality level of energy conversion relations theory devised drenched laboratory spray to pour devices, designed to provide spray to pour installation of various nozzles to maintain homogeneous jet flow, and makes effective use of energy. And then applied to a large and in general use finite element analysis (FEA) software ANSYS and drenched laboratory design spray to pour devices combined with the use of automated technologies to be a certain theoretical value and practical significance of the simulation system.Under the system used ANSYS software to the quality level of energy conversion theory designed drenched laboratory and finally make a simulation to the side, the top and the bottom which choice a spray to pour pipeline respectively, in line simulation. Diameter pipeline in order to reflect the different size counterpart different results finally made side and top face diameter of 25mm, 30mm, 20mm and 15mm diameter substrates, 20mm and 10mm Numerical Simulation. The use of ANSYS software in a line of spray to pour pipeline modeling, using the parameters of the design approach is to model the various parameters used in the form of variables that out of the various parameters on the basis of users may request random adjustment and thus demand different design. This would reduce the design costs and shorten the product design and analysis cycle, increase the reliability of products and engineering, material consumption and lower cost, but also in product manufacturing and construction found potential problems in advance and can be timely resolved.Finally using hydrodynamics similar principles and by reducing the proportion of a certain kind of model, which would save the cost of experiments and experimental space. Further make a comparison of experimental results and simulate results analysis. Through this pilot certification of various nozzles designed factory installations of the jet flow is homogeneous.