Mathematical Modeling and Behavior Analysis of a Rice Plant Using RPGT

In this paper we describe a Rice plant which comprises of four subsystems. The Rice Plant basically comprises of four subsystems specifically Cleaning, Husking, Separation, and Elevator. Cleaning has two sub-units. At first cleaning dries the crud material (paddy) and places it into the husker. Husking is utilized to strip off husk from the paddy. Separation isolates rice and husk. At that point polishing shines the rice for example it strip off bran from the rice. Elevator is utilized to review the rice for example to isolate the long grain and short grain. Then with the assistance of whitening black rice are isolated from evaluated rice. A single repairman who examines and repairs the units as and when need emerge. Availability of rice plant is determined with the assistance of RPGT and accessibility of the arrangement of rice plant for various values of repair and failure rates of subsystems is additionally determined. Profit optimization is also examined. System behavior is discussed with the help of graphs and tables.