The objective of this research is to improve the shape of the head, tripod, best under conditions of minimal weight and strength in the surface of not less than mm using a methodology 0.265 finite elements in conjunction with the design of experiments. To find out the appropriate shape of the tripod head to get accurate results. From its piece of work study and analysis with the method of finite elements. The research of the parameters set in the workpiece, all template parameters and create table 9 experiment model Full Factorial 2k results come out all 512 experimental and modeling all 512 experiments. Analysis with the method of finite elements by the model with the method of finite elements, both the 512 experiments. To find the value, weight, and body after body weight and that has to do with how to build thereafter, Regression equation, find the most appropriate under the minimum weight and damping values must not exceed 0.265 mm to create the model and analysis with the mess the wor.Finite elements method again, results as follows: From the original tripod head with the weight of the work piece, a prototype is equal parts g 356, when analyzed, and updated, just g 209.13 percent. percent from the weight of work piece 41.26 template. When the target results. Their research has led to work with CNC Milling method, then the user has done research comparing the value changes. Between the results from the analysis with finite elements methods and experimental results. By the actual trial will take naket stationery used to measure results. The findings from the analysis with finite elements methods, and actual test results, and similar tests.
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