Abstract
ABSTRACT Cleaning by injecting dry ice and water is a generally adopted trend these days to clean molds (injection, diecasting foundry, press, rubber mold, etc). This cleaning method is performed manually, or by installing multiple high pressure spray nozzles. We have manufactured a turbine cleaning module device that is able to clean diecasting modules at any position and angle in the space by mounting an articulated robot instead of the existing pipe type injection nozzle, to minimize lead time and enhance working yield of the cleaning process. In this paper, we analyzed process factors that are required to design the turbine module by reviewing number of revolution, and results according to different blade angles and thicknesses of the mold release injection turbine module, using computational fiuid dynamics (CFD).Key Words : Flow Analysis( ), Turbine Module유동해석 ( ), Die Casting Mold터빈 모듈 (다이케스팅 금형), Nozzle( ), Release Injection Robot System노즐 (이형재 분사 로봇 시스템) # Corresponding Author : sdchoi@kumoh.ac.kr Tel: +82-54-478-7396, Fax: +82-54-478-7319
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