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마이크로 지오메트리 방법을 이용한 크로스 드릴링/밀링 유닛 구동기어의 동력전달 최적화에 관한 연구
김동선(Dong-Seon Kim),진진(Zhen Qin),백권인(Gwon-In Beak),우위팅(Yu-Ting Wu),전남술(Nam-Sul Jeon),류성기(Sung Ki Lyu) 한국기계가공학회 2019 한국기계가공학회지 Vol.18 No.4
A cross drilling/milling Unit is an important mechanical part which is widely used in many kinds of machining tool, and various gear trains with good accuracy and reliability features are widely used in power transmission systems. A study on a novel power transmission optimization method for driving gear trains in cross drilling/milling units is presented in this paper. A commercial program for gear system simulation, Romax Designer, was used in this research to intuitively observe the gear meshing and the load distribution conditions on the gear teeth. We obtained the optimal modification value through comparing the results of repeated experiments. For validation, optimized gears were fabricated and then measured with a precision tester.