세미나 및 이벤트
Drilling of Hybrid Composite Materials
세미나 날짜
2006-07-14
작성자
임아주
작성일
2006-07-11
조회
1554
1. 제 목 : Drilling of Hybrid Composite Materials
2. 연 사 : 김 대 욱 교수 (워싱턴 주립대학교 조교수)
3. 일 시 : 2006년 7월 14일 (금) 오후 4시 ~ 5시
4. 장 소 : 301동 1512호
5. 내 용 : Today, advanced engineering materials such as composites are being used extensively in the aerospace industry as well as other types of industries due to their specific strength and stiffness. The machining processes of composites are essential to finish the majority of the post-mold manufactured composite parts. Several topics in machining of composite materials will be presented.
Machining of fiber-reinforced plastic (FRP) composites is a challenging task due to their anisotropic natures. In the research, four types of fiber-reinforced plastic composites and hybrid composite materials, namely graphite/bismalaimide-titanium (Gr/Bi-Ti) stacks, graphite/PIXA-M (PIXA-M), graphite/PEEK (PEEK) and titanium/graphite hybrid (TiGr) composites, are used. In order to understand the machining characteristics and mechanisms of composite materials, frequency analysis based on power spectrum and an autoregressive time series model. Through the experimental work, some of the damage problems encountered during drilling hybrid composites include the following: metallic burrs, fiber pull-out, rough surface, cylindricity, and high rate of tool wear. A multi-objective optimization technique and response surface model were used in order to produce the feasible drilling conditions. Drilling force models with an experimental approach are developed in drilling of thermoplastic and hybrid composites. The effect of composite curing processes on machinability and hole quality was found in drilling of composites.
6. 연사약력
1995, 공학학사, 성균관대학교 기계설계학과
1998, 공학석사, 성균관대학교 기계설계학과
2002, 공학박사, 워싱턴 대학교 기계공학과
2002, 기계공학과 강사, 워싱턴 대학교 (씨애틀)
2002-2003, Manufacturing Curriculum Consultant, Puget Sound Consortium for Manufacturing Excellence, Lake Forest Park, WA
2003, 컨설팅 기계엔지니어, Anubis, Inc., Seattle, WA
2003~현재, 기계 및 재료 공학부 조교수, Washington State Univ. (Vancouver)
7. 문 의 : 기계항공공학부 안 성 훈 교수 (☏ 880-7110)
2. 연 사 : 김 대 욱 교수 (워싱턴 주립대학교 조교수)
3. 일 시 : 2006년 7월 14일 (금) 오후 4시 ~ 5시
4. 장 소 : 301동 1512호
5. 내 용 : Today, advanced engineering materials such as composites are being used extensively in the aerospace industry as well as other types of industries due to their specific strength and stiffness. The machining processes of composites are essential to finish the majority of the post-mold manufactured composite parts. Several topics in machining of composite materials will be presented.
Machining of fiber-reinforced plastic (FRP) composites is a challenging task due to their anisotropic natures. In the research, four types of fiber-reinforced plastic composites and hybrid composite materials, namely graphite/bismalaimide-titanium (Gr/Bi-Ti) stacks, graphite/PIXA-M (PIXA-M), graphite/PEEK (PEEK) and titanium/graphite hybrid (TiGr) composites, are used. In order to understand the machining characteristics and mechanisms of composite materials, frequency analysis based on power spectrum and an autoregressive time series model. Through the experimental work, some of the damage problems encountered during drilling hybrid composites include the following: metallic burrs, fiber pull-out, rough surface, cylindricity, and high rate of tool wear. A multi-objective optimization technique and response surface model were used in order to produce the feasible drilling conditions. Drilling force models with an experimental approach are developed in drilling of thermoplastic and hybrid composites. The effect of composite curing processes on machinability and hole quality was found in drilling of composites.
6. 연사약력
1995, 공학학사, 성균관대학교 기계설계학과
1998, 공학석사, 성균관대학교 기계설계학과
2002, 공학박사, 워싱턴 대학교 기계공학과
2002, 기계공학과 강사, 워싱턴 대학교 (씨애틀)
2002-2003, Manufacturing Curriculum Consultant, Puget Sound Consortium for Manufacturing Excellence, Lake Forest Park, WA
2003, 컨설팅 기계엔지니어, Anubis, Inc., Seattle, WA
2003~현재, 기계 및 재료 공학부 조교수, Washington State Univ. (Vancouver)
7. 문 의 : 기계항공공학부 안 성 훈 교수 (☏ 880-7110)
