Transport with structural arrangements of polymer

The objective function has two components. The pressure and its measuring area to understand the structure when forced on the polymer. The polymer in study is polyvinyl chloride material. The length of the polyvinyl chloride is 10 m, width is 1 m and height is 1 m. The area under the study of the structure leads to trigonometric distribution that correlates the contouring of the structure for the first time. The study of the theta from 1, 2, 3, 4, 5 to 360 gives the function of the structure to the pressure in polymer. Further the structural resolution is provided. Furthermore the transfer of the dependency and non dependency of the pressure point when measured at one location is obtained from our simulations. The weight of the polyvinyl chloride at the fixed location is 5 kg, the force is 50 N and the elemental area of the study is 0.01 m². The pressure applied on the point is 5 kPa. The control relationship on other pressure points in the structure of the polyvinyl chloride is calculated. In this study the control on the needed pressure at other locations can be determined from the pressure obtained in one area. Here we study the pressure in polyvinyl chloride sheet to understand the control in the displacement and angular displacement with minimal input pressure loading. Our study can find applications in the solid polymer light weight material linear motion for automobile applications.