MARC

 008021018s2001        ulka                    000      kor
■020    ▼a89-386-5033-2
■0801  ▼a62-5
■082    ▼a620.0042▼b최44c▼223
■090    ▼a620.0042▼b최44c
■1000  ▼a최병규,  전차수,  유우식,  편영식외
■24510▼aCAD/CAM  시스템과  CNC  절삭가공▼d최병규,  전차수,  유우식,  편영식외  공저.
■260    ▼a서울▼b사이텍미디어▼c2001
■300    ▼a494p.▼b삽도▼c26cm
■505    ▼a1장  서론▼a1.1  절삭가공과  동작제어▼c1▼a1.2  수치제어  기본원리▼c4▼a1.3  수치제어  공작기계의  구성▼c7▼a1.4  수치제어  절삭가공▼c11▼a1.5  NC  절삭가공을  위한  소프트웨어▼c14▼a1.6  제조시스템의  발전과  CAM▼c16▼a1.7  CAD/CAM▼c19▼a2장  절삭가공  입문▼a2.1  절삭가공  공정▼c2900▼a2.2  공구의  기하학적  형상과  공구  수명▼c3811▼a2.3  절삭  공구의  재질▼c4422▼a2.4  절삭유▼c5333▼a3장  매뉴얼  NC  프로그래밍44▼a3.1  NC  프로그래밍이란?▼c5555▼a3.2  기본  NC  코드▼c5766▼a3.3  매뉴얼  NC  프로그래밍  기초▼c6077▼a3.4  공구  보정  기능을  이용한  매뉴얼  프로그래밍▼c6988▼a3.5  파트  프로그램  종합  예제▼c7599▼a3.6  EIA  표준과  SENTROL-M  과의  G  코드  비교▼c8300▼a4장  자동  NC  프로그래밍11▼a4.1  자동  NC  프로그래밍의  필요성▼c8922▼a4.2  2차원  자동  NC  프로그래밍의  기본  개념▼c9333▼a4.3  언어  방식  2차원  자동  NC  프로그래밍  :  KAPT▼c9544▼a4.4  대화식  2차원  자동  프로그래밍  :  오메가  2D▼c1029855▼a5장  컴퓨터  이용  제도(CADD)66▼a5.1  컴퓨터  이용  제도의  필요성▼c11377▼a5.2  컴퓨터  이용  제도의  시스템의  기본  기능▼c11588▼a5.3  AutoCAD를  이용한  자동  제도▼c12099▼a5.4  UniCAD를  이용한  자동  제도▼c13000▼a6장  좌표변환과  컴퓨터  그래픽스11▼a6.1  좌표변환▼c14322▼a6.2  2차원  컴퓨터  그래픽스▼c14933▼a6.3  3차원  컴퓨터  그래픽스▼c16044▼a7장  곡면  모델링을  위한  기초  수학55▼a7.1  2차원  곡선  기하학▼c17466▼a7.2  3차원  직교좌표계와    벡터▼c20077▼a7.3  3차원  공간  곡선의  정의▼c20788▼a7.4  3차원  곡면  기하학▼c21699▼a8장  자유곡면  형상의  설계와  모델링00▼a8.1  형상모델과  NC  가공▼c23711▼a8.2  서술  모형에서  곡면을  표현하는  방법▼c24022▼a8.3  서술모형으로부터  곡면을  형성하는  방법▼c24333▼a8.4  곡면의  용도에  따른  곡면  형태의  분류▼c24944▼a8.5  곡면의  형태와  모델링  방법▼c25555▼a9장  단면  곡선의  sweep에  의한  곡면  모델링66▼a9.1  Sweep  모델링  방법▼c25877▼a9.2  매개  변수형  sweep  곡면▼c26688▼a9.3  비매개변수형  sweep  곡면▼c27399▼a10장  점  데이터의  보간에  의한  곡면  모델링00▼a10.1  점  데이터의  보간에  의한  곡선  모델링▼c28011▼a10.2  점  데이터의  보간에  의한  곡면의  형성▼c28822▼a10.3  Ferguson  곡선  및  Ferguson  곡면에  관한  소프트웨어▼c29133▼a10.4  NURB  곡면  모델링▼c29744▼a11장  자유곡면의  NC  절삭가공  원리55▼a11.1  서론▼c30966▼a11.2  곡면의  NC  가공을  위한  미분기하학▼c31077▼a11.3  황삭계획  및  가공허용오차  지정▼c32088▼a11.4  가공경로계획  및  영역가공▼c32399▼a11.5  직선보간  길이  계산▼c32800▼a11.6  경로간  간격(path  interval)의  계산▼c33211▼a11.7  공구간섭(overcut)의  방지▼c33422▼a11.8  곡면의  NC  가공을  위한  절삭조건▼c33733▼a11.9  5축  NC  가공▼c34544▼a12장  CAM  시스템을  이용한  곡면  모델링  및  3차원  NC  가공55▼a12.1  오메가  시스템▼c36166▼a12.2  SOFT-MASTER▼c37677▼a13장  상업용  CAD/CAM  시스템88▼a13.1  CATIA▼c39499▼a13.2  Pro-Enginner▼c40200▼a13.2  자동차  프레스  금형  제작에서의  CAD/CAM  활용(현대  자동차)▼c40911▼a13.4  가전  제품  개발에서의  CAD/CAM  활용(LG  전자)▼c42122▼a14장  CAD/CAM  Integration33▼a14.1  IGES(intial  graphics  exchange  specification)▼d42944▼a14.2  DXF(drawing  interchange  file  format)▼c43455▼a14.3  CIM  체계  구축을  위한  CAD/CAM  시스템  기능▼c43866▼a14.4  솔리드  모델링▼c44277▼a부록88▼a부록  A  KAPT  언어  요약▼c44799▼a부록  B  점데이터보간을  위한  프로그램  리스팅▼c46200▼a찾아보기▼c48711
■9500  ▼b￦22000

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