MARC

 008100208s2008        ulka                    000      kor
■020    ▼a8984174068
■0801  ▼a62-18
■082    ▼a621.9023▼b김64c▼223
■090    ▼a621.9023▼b김64c
■1001  ▼a김영일,  김문기,  오영탁  공저
■24510▼aCNC  공작  기계▼d김영일,  김문기,  오영탁  공저
■250    ▼a2판
■260    ▼a서울▼b원창출판사▼c2008
■300    ▼a443p.▼b삽도▼c27cm
■505    ▼a(제1장  CNC  공작기계의  개요)▼a1.1  개요▼c1▼a1.2  CNC의  역사▼c3▼a1.3  CNC의  특징과  이점▼c4▼a1.4  CNC,  DNC,  FMS란▼c5▼a1.5  서어보  기구(Servo  mechanism)▼c10▼a1.6  볼  나사(ball  screw)▼c14▼a1.7  위치결정  제어와  절삭  제어▼c15▼a1.8  펄스분배  상식▼c17▼a1.9  CNC  공작기계의  좌표계▼c2000▼a1.10  좌표계의  종류▼c2211▼a1.11  증분지령과  절대지령▼c2522▼a(제2장  CNC의  주요기능  및  기본  동작법)33▼a2.1  준비기능(G)▼c2744▼a2.2  보조기능(M)▼c3255▼a2.3  이송기능(F)▼c3866▼a2.4  주축기능(S)▼c3877▼a2.5  위치결정(G00)▼c4088▼a2.6  직선보간(G01)▼c4199▼a2.7  원호보간(G02,  G03)▼c4200▼a2.8  나선보간(Helical  Interpolation)▼c4511▼a2.9  휴지(G04)▼c4622▼a2.10  자동  기준점  복귀(G27~30)▼c4633▼a(제3장  CNC  선반)44▼a3.1  Programing이란▼c5155▼a3.2  프로그래밍  작성순서▼c5166▼a3.3  Program  구성▼c5277▼a3.4  좌표어▼c5788▼a3.5  Program  원점과  기계원점▼c6299▼a3.6  준비기능(G  Funtion)▼c6500▼a3.7  자동원점  복귀(Automatic  Reference  Point  Return)(G27~G30)▼c7511▼a3.8  나사절삭(G32)▼c7922▼a3.9  단일형  고정  Cycle(G90,  G92,  G94)▼c8333▼a3.10  주속일정제어(G96,  G97)▼c9644▼a3.11  이송속도  선택(G98,  G99)▼c9755▼a3.12  공구기능(T)▼c9866▼a3.13  CNC  선반의  보조기능(M)▼c10477▼a3.14  복합  반복  사이클▼c10788▼a3.15  CNC  선반  응용  프로그램  실습▼c12599▼a3.16  CNC  선반  가공  실습▼c18600▼a(제4장  CNC  와이어컷  방전가공기)11▼a4.1  와이어컷(Wire  Cut)  방전가공기의  개요▼c20922▼a4.2  프로그램의  작성▼c21133▼a4.3  조작반의  기능▼c22044▼a4.4  기계의  운전▼c22655▼a4.5  가공의  실제▼c23366▼a(제5장  CNC  방전가공기)77▼a5.1  방전가공  개론▼c24188▼a5.2  기계구성  및  가동▼c24499▼a5.3  Control  Panel  및  조작방법▼c24600▼a5.4  실제의  방전  가공방법▼c26811▼a부록Ⅰ  선삭공구  선정▼c27922▼a부록Ⅱ  와이어컷  방전가공▼c29333▼a부록Ⅲ  컴퓨터에  의한  와이어컷  방전가공▼c32944▼a부록Ⅳ  방전가공▼c38355
■9500  ▼c20,000

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