Topological enhancement of split AC condenser brackets through CAE

For the development in research, depending upon the environment and concepts involved in design, new innovative ideas has become necessary for developing a better geometry in design for attaining a modified behavior in the analysis. While considering the design, it is often necessary for people involved in research, correlate both experimental and analytical design procedures. The percentage of similarity involved in both parameters of experimental and analytical design by the correlating analysis. It shows how far the design which is to be implemented is practically possible or not, even then if the design is practically possible, it is often necessary to consider cost to meet the product within an optimum budget. So the designer has to concentrate both in cost as well as the practicality feasible design. When we go through the past history in manufacturing or creating a product there is always a trouble which is to be considered as a major constraint which is known as weight. The optimal weight of the product is the major objective to be achieved. The computer aided engineering (CAE) technique has changed the strategy involved in research and development. Before this technique was introduced, people involved in research would change the geometry of the product based on the previous experience and similarities of the products. But this approach is time consuming, which can delay the progress of attaining an optimal value. This strategy would eliminate the time and cost involved in creating a prototype and testing them. Without finite element method the optimization processes could not be completed at an optimal time and so the finite element method model is the most suitable method for the optimization processes. In this paper, the product behavior for its topology of the split AC condenser bracket has been studied, where the weight of the bracket is reduced with enhanced safety factor through computer aided engineering.