파일럿 집광기의 직육면체형 압력보상용기의 최적설계

Abstract

In this paper, we suggest the optimum design approach for a box-shape pressure compensated vessure vessel that have plastic viewport equiped on the pilot mining robot. The pressure compensated vessure vessel is a important part that protect electrical-electronic system from the high water pressure. These type of compensated pressure vessels have plastic viewport gennerally to check inner circumstance of electrical-electronic system. However, largely deformed flexible viewport causes additional tensile forces called prying forces to the bolted connection parts. To alliviate prying effect, the optimum design of structure reinforcement is conducted in this research.tect electrical-electronic system from the high water pressure. These type of compensated pressure vessels have plastic viewport gennerally to check inner circumstance of electrical-electronic system. However, largely deformed flexible viewport causes additional tensile forces called prying forces to the bolted connection parts. To alliviate prying effect, the optimum design of structure reinforcement is conducted in this research.