Mathematical Model of Sub-System Interactions for Forward Operating Bases
Bhanuchander Reddy Poreddy, Benjamin J. Daniels · 2012
Operational and logistical inefficiencies, excessive resource demands and increased costs are some of the issues caused by poor initial planning of contingency base camps. In this paper, a method of modeling base camps is introduced using an object oriented approach to increase the flexibility in base camp design and operations. The Mathematical model begins with a system of equations that captures the relationships between various base camp subsystems and their respective inputs and outputs. Subsystems are objectified and their various inputs and outputs (fuel, power, water, waste, maintenance, etc.) are parameterized and solved for simultaneously each time there is a change in base camp design. The Dynamic architecture model facilitates the use of further dynamic design processes, such as automated generation of power distribution system for the base.