MARC

 008021018s1995        ulka                    000      kor
■020    ▼a89-8110-012-8
■0801  ▼a62-5
■082    ▼a620.0042▼223
■090    ▼a620.0042▼b이94c
■1000  ▼a이현찬,  최후곤,  한순흥
■24510▼aCAD/CAM-Theory  and  Practice-▼d이현찬,  최후곤,  한순흥  공역
■260    ▼a서울▼b창현출판사▼c1995
■300    ▼a1139p.▼b삽도▼c26cm
■505    ▼a제1편  CAD/CAM  시스템의  개요▼a제1장  서문▼a1.1  CAD/CAM의  내용과  도구▼c7▼a1.2  CAD/CAM의  발전  역사▼c12▼a1.3  CAD/CAM  시장  추이▼c14▼a1.4  CAD/CAM  도구의  정의▼c17▼a1.5  CAD/CAM에  대한  산업적  시각▼c22▼a1.6  이  책의  접근  방법▼c23▼a1.7  책의  편성▼c25▼a제2장  CAD/CAM  하드웨어00▼a2.1  개요▼c2911▼a2.2  시스템의  종류▼c3122▼a2.3  CAD/CAM  시스템  평가  기준▼c4333▼a2.4  입력  장치▼c4744▼a2.5  출력  장치▼c6055▼a2.6  하드웨어  통합  및  네트워킹▼c7566▼a2.7  하드웨어  추세▼c7877▼a제3장  CAD/CAM  소프트웨어88▼a3.1  개요▼c9199▼a3.2  그래픽스  표준▼c9400▼a3.3  기본적인  정의▼c9711▼a3.4  그래픽스  작동  방식▼c11322▼a3.5  사용자  인터페이스▼c11933▼a3.6  소프트웨어  모듈▼c11944▼a3.7  모델링  및  뷰잉▼c12955▼a3.8  소프트웨어  문서화▼c13466▼a3.9  소프트웨어의  개발▼c13477▼a3.10  CAD/CAM  소프트웨어의  효율적인  상요▼c13588▼a3.11  소프트웨어의  추세▼c13799▼a제4장  마이크로컴퓨터  이용의  CAD/CAM00▼a4.1  개요▼c14311▼a4.2  일반적인  특징▼c14422▼a4.3  시스템  운영▼c14533▼a4.4  하드웨어  구성  요소와  그  그성▼c14644▼a4.5  마이크로  CAD  소프트웨어▼c15355▼a4.6  소프트웨어  개별화(customerzing)▼c15466▼a4.7  파일  이동(file  translation)▼c15477▼a4.8  운영  시스템▼c15588▼a4.9  기계적  응용▼c15699▼a4.10  마이크로  CAD의  추세▼c15900▼a4.11  제품  유통  추세▼c16011▼a제2편  형상  모델링22▼a제5장  곡선의  유형  및  구학적  표현33▼a5.1  개요▼c16544▼a5.2  와이어프레임  모델▼c16755▼a5.3  와이어프레임  엔티티▼c17066▼a5.4  곡선  표현▼c18477▼a5.5  해석적  곡선의  매개변수  표현▼c19088▼a5.6  합성  곡선으  매개변수  표현▼c22799▼a5.7  곡선  조작▼c25400▼a5.8  설계  및  공학  응용▼c26311▼a제6장  곡면의  유형과  수학적  표현22▼a6.1  개요▼c27933▼a6.2  곡면  모델▼c28144▼a6.3  곡면  엔티티▼c28455▼a6.4  곡면  표현▼c29166▼a6.5  해석적  곡면의  매개  변수  표현▼c30277▼a6.6  합성  곡면의  매개  변수  효현▼c31088▼a6.7  곡면  조작▼c33799▼a6.8  설계  및  공학  응용▼c34700▼a제7장  솔리드의  유형  및  수학적  표현11▼a7.1  개요▼c36122▼a7.2  솔리드  모델▼c36433▼a7.3  솔리드  엔티티▼c36744▼a7.4  솔리드  표현▼c37255▼a7.5  솔리드  모델링의  기본  사항▼c37966▼a7.6  반공간(Half-spaces)▼c39377▼a7.7  경계  표현(B-rep)▼c39788▼a7.8  CSG(Constructive  Solid  Geometry)▼c41899▼a7.9  스윕  표현▼c44800▼a7.10  해석적  솔리드  모델링(ASM)▼c45211▼a7.11  기타  표현▼c45822▼a7.12  솔리드  모델러의  조직▼c46033▼a7.13  솔리드  조작▼c46244▼a7.14  솔리드  모델링  기반의  응용▼c46555▼a7.15  설계  및  공학  응용▼c46666▼a제8장  CAD/CAM  데이터  교환77▼a8.1  개요▼c47988▼a8.2  데이터  교환  형식의  발전▼c48399▼a8.3  IGES▼c48800▼a8.4  PDES▼c51111▼a제3편  2차원  및  3차원  그래픽스  개념22▼a제9장  기하학적  변환33▼a9.1  개요▼c52144▼a9.2  형상  모델의  변환▼c52255▼a9.3  형상  모델의  사상▼c54666▼a9.4  역  변환  및  사상▼c55477▼a9.5  형상  모델의  투영▼c55788▼a9.6  설계  및  공학  응용▼c56499▼a제10장  시각적  사실중의00▼a10.1  개요▼c57111▼a10.2  모델  정돈▼c57422▼a10.3  숨은선  제거▼c57633▼a10.4  숨은면  제거▼c59844▼a10.5  숨은  솔리드  제거▼c60055▼a10.6  명암  처리▼c61266▼a10.7  색채▼c62977▼a10.8  명암  및  색체을  위한  사용자  인터페이스▼c63388▼a제4편  대화식  도구99▼a제11장  그래픽스  도움  기구0000▼a11.1  개요▼c6450101▼a11.2  기하  변경자▼c6460202▼a11.3  명칭▼c6480303▼a11.4  계층▼c6500404▼a11.5  색체▼c6520505▼a11.6  격자▼c6520606▼a11.7  군▼c6550707▼a11.8  끌기와  러버밴딩▼c6550808▼a11.9  클리핑▼c6560909▼a제12장  그림  조작과  편집1010▼a12.1  개요▼c6611111▼a12.2  엔티티  선택  방법▼c6621212▼a12.3  조작  연산▼c6651313▼a12.4  편집  연산▼c6731414▼a12.5  설계  및  공학  응용▼c6781515▼a제13장  컴퓨터  에니메이션1616▼a13.1  개요▼c2851717▼a13.2  전통적인  에니메이션▼c6871818▼a13.3  컴퓨터  애니메이션▼c6891919▼a13.4  애니메이션  시스템▼c6932020▼a13.5  에니메이션  유형▼c6982121▼a13.6  애니메이션  기법▼c7032222▼a13.7  에니메이션  관련  문제▼c7132323▼a13.8  분절된  물체의  에니메이션▼c7152424▼a13.9  마이크로컴퓨터상의  애니메이션▼c7152525▼a13.10  설계  및  공학  응용▼c7172626▼a제14장  기계적  조립2727▼a14.1  개요▼c7252828▼a14.2  조립  모델링▼c7272929▼a14.3  결합  조건으로부터의  위치  추정▼c7383030▼a14.4  표현  방식▼c7503131▼a14.5  조립  순서의  생성▼c7573232▼a14.6  조립  분석▼c7723333▼a제15장  대화식  컴퓨터  프로그래밍3434▼a15.1  개요▼c7813535▼a15.2  대화식  컴퓨터  프로그래밍  요건▼c7833636▼a15.3  대화식  컴퓨터  프로그래밍의  유형▼c7853737▼a15.4  객체  지향  프로그래밍▼c8033838▼a15.5  대화식  프로그램의  개발▼c8043939▼a15.6  대화식  컴퓨터  프로그래밍의  응용▼c8054040▼a15.7  설계ㆍ공학  응용▼c8064141▼a제5편  설계  응용4242▼a제16장  기계적  공차  설정4343▼a16.1  개요▼c8254444▼a16.2  공차  개념▼c8274545▼a16.3  기하  공차  설정(Geometric  Tolerancing)▼c8444646▼a16.4  제도에서의  치수  및  공차(D&T)  tjfwjd▼c8654747▼a6.5  제조에서의  치수ㆍ공차  설정▼c8664848▼a16.6  공차  모델링과  표현▼c8684949▼a16.7  공차  분석▼c8855050▼a16.8  공차  합성▼c8945151▼a19.6  설계ㆍ공학응용▼c8975252▼a제17장  질량  특성  계산5353▼a17.1  개요▼c909▼d+5454▼a17.2  형상  특성의  수식화▼c9105555▼a17.3  질량  특성  수식화▼c9205656▼a17.4  특성  계산▼c9275757▼a17.5  솔리드  모델링에  근거한  특성  계산▼c9385858▼a17.6  복합  물체의  특성▼c9435959▼a17.7  CAD/CAM  시스템에서  질량  특성  계산▼c9446060▼a17.8  설계  및  공？응용▼c9456161▼a제18장  유한  요소  모델링과  분석6262▼a18.1  개요▼d9556363▼a18.2  유한  요쇼  해ㅛㅓㅅ▼c9596464▼a18.4  요소  행렬의  등매개변수  계산▼c10016565▼a18.5  유한  요소  모델링▼c10086666▼a18.6  망  생성▼c18.16767▼a제19장  전산공학  중심의  설계프로젝트6868▼a19.1  개요▼c10416969▼a19.2  프로젝트  요건▼c10427070▼a19.3  프로젝트  공식화▼d10437171▼a19.4  설계  및  공학  응용▼c10447272▼a제20장  파트  프로그래밍과  제조7373▼a20.1  개요▼c10637474▼a20.2  부품  생산  주기▼c10647575▼a20.3  제조  시스템▼c10667676▼a20.4  제조  공정▼c10687777▼a20.5  통합  요건▼c10727878▼a20.6  공정  계획▼c10767979▼a20.7  파트  프로그래밍▼c10918080▼a20.8  공구  경로  생성  및  검증▼c11108181▼a20.9  설계ㆍ공학  응용▼c11188282▼a찾아보기▼c11318383▼a번역을  마치고▼c11418484
■9500  ▼b￦23000
■971    ▼a이현찬,  최후곤,  한순흥  공역

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