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머신 동작 제어를 이용한 미세파형 패턴 가공에 관한 연구
제태진(T. J. Je),이강원(K. W. LEE),홍성민(S. M. Hong),최두선(D. S. Choi),황경현(K. H. Whang) 한국생산제조학회 2007 한국공작기계학회 춘계학술대회논문집 Vol.2007 No.-
This paper describes the machining characteristics of micro waved V pattern. Experiments are carried out for changing of main configuration parameters such as period and width in machining micro waved V pattern using PCD(poly crystal diamond) with relief angle 3°. Cutting force was compared with the machining surface through SEM photographs to analyse influence of relief surface of tool. As a result, this study presented influence of relief surface of tool in machining micro wave V pattern and approach and method of quantitative analysis to create pattern as decreasing its influence.
제태진(T.J. Je),전은채(E.c. Jeon),정지영(J.Y. Jeong) 한국소성가공학회 2015 미세가공 심포지엄 Vol.2015 No.11
Depending on the improvements of display device, various types of micro-pattern are applied on the core component of BLU(Back Light Unit) such as LGP(Light Guide Plate) and the optical film. Especially, LGP and optical film with variable shapes such as changing pitch, depth and angle are developed for implementation of effective 3D display and improvement of light-efficiency. In this paper, machining methods of micro prism pattern changing angle and depth, calibration method of machining error, machined results and applications are introduced as part of the research for the development of LGP having high efficiency.
머신 동작 제어를 이용한 미세파형 패턴 가공에 관한 연구
제태진(T. J. Je),이강원(K. W. LEE),홍성민(S. M. Hong),최두선(D. S. Choi),황경현(K. H. Whang) 한국생산제조학회 2007 한국생산제조시스템학회 학술발표대회 논문집 Vol.2007 No.5
This paper describes the machining characteristics of micro waved V pattern. Experiments are carried out for changing of main configuration parameters such as period and width in machining micro waved V pattern using PCD(poly crystal diamond) with relief angle 3°. Cutting force was compared with the machining surface through SEM photographs to analyse influence of relief surface of tool. As a result, this study presented influence of relief surface of tool in machining micro wave V pattern and approach and method of quantitative analysis to create pattern as decreasing its influence.