MARC

 008021018s2001        ulka                    000      kor
■020    ▼a89-336-0578-9
■0801  ▼a62-5
■082    ▼a620.0042▼b조66ㅍ▼223
■090    ▼a620.0042▼b조66ㅍ
■1000  ▼a조웅식
■24510▼a프레스ㆍ사출금형  CAD/CAM  실전기술▼d조웅식  저.
■260    ▼a서울▼b기전연구사▼c2001
■300    ▼a525p.▼b삽도▼c26cm
■505    ▼a제  1편  금형  설계  기초▼a제  1장  프레스금형  설계▼c13▼a1.1  전단금형  설계▼c13▼a1.1.1  전단가공과  브랭킹  금형▼c13▼a1.1.2  클리어런스▼c14▼a1.1.3  블랭킹  힘▼c15▼a1.1.4  블랭킹  금형  구조▼c17▼a1.1.5  펀치  설계▼c20▼a1.1.6  전단  금형  설계기준▼c21▼a1.1.7  다이  플레이트  설계▼c2200▼a1.1.8  배킹  플레이트  설계▼c2411▼a1.1.9  펀치  플레이트  설계▼c2522▼a1.1.10  스트리퍼  플레이트  설계▼c2633▼a1.1.11  가동  스트리퍼  플레이트용  스프링  취부법▼c2744▼a1.1.12  다이세트(Standard  Die  Set)▼c2855▼a1.2  굽힘금형  설계▼c3066▼a1.2.1  굼힘  응력과  변형▼c3077▼a1.2.2  스프링  백(Spring  Back)▼c3188▼a1.2.3  굽힘  제품의  전개  길이▼c3299▼a1.2.4  굽힘  가공력  계산▼c3500▼a1.2.5  부품도에  표시할  사항▼c3711▼a1.2.6  굼힘  금형  구조▼c3822▼a1.2.7  가이드  리프터(Guide  Lifter)와  재료위치  가이드▼c3933▼a1.2.8  키커  핀(Kicker  Pin)▼c4044▼a1.2.9  후크  스트리퍼(Hook  Stripper)▼c4055▼a1.2.10  굽힘다이의  표준  치수▼c4266▼a1.3  드로잉금형  설계▼c4377▼a1.3.1  드로잉  과정과  재료의  변형  상태▼c4388▼a1.3.2  드로잉률▼c4599▼a1.3.3  드로잉  가공에  필요한  힘▼c4600▼a1.3.4  블랭크  치수  결정▼c4811▼a1.3.5  클리어런스의  결정▼c5222▼a1.3.6  펀치  설계▼c6333▼a1.3.7  다이  설계▼c5444▼a1.3.8  리드로잉  펀치  설계▼c5655▼a1.3.9  드로잉  금형  구조▼c6066▼a1.4  프로그레시브금형  설계▼c6177▼a1.4.1  프로그레시브  가공  특징▼c6188▼a1.4.2  가공  공정  순서▼c6199▼a1.4.3  스트립  레이아웃(Strip  Layout)  작성▼c6200▼a1.4.4  스트립  레이아웃  작성  실습▼c6311▼a1.4.5  프로그레시브금형  기본  구조▼c6522▼a1.4.6  다이  플레이트  설계▼c6933▼a1.4.7  펀치  설계▼c7144▼a1.4.8  스트리퍼  플레이트  설계▼c7355▼a1.4.9  파일럿  유닛▼c7766▼a1.4.10  리프터  유닛▼c7977▼a1.4.11  이젝터  유닛▼c8188▼a제  2장  사출성형금형  설계▼c8399▼a2.1  금형설계  개요▼c8300▼a2.1.1  금형설계  조건▼c8311▼a2.1.2  금형설계  순서와  검토사항▼c8422▼a2.2  금형의  기본구조▼c8933▼a2.2.1  2플레이트  금형▼c8944▼a2.2.2  3플레이트  금형▼c9055▼a2.2.3  몰드베이스▼c9166▼a2.2.4  금형  구성부품▼c9377▼a2.2.5  각종  금형기본  구조와  명칭▼c9488▼a2.3  스프루,  런너,  게이트  시스템▼c9899▼a2.4  스프루  부시(Sprue  Bush)설계▼c9900▼a2.5  런너  설계▼c10111▼a2.5.1  런너  단면  형상▼c10122▼a2.5.2  런너  크기▼c10233▼a2.5.3  런너  레이아웃▼c10344▼a2.6  게이트  설계▼c10455▼a2.6.1  게이트의  역할▼c10466▼a2.6.2  게이트의  위치▼c10577▼a2.6.3  게이트의  크기와  수(數)▼c10788▼a2.6.4  게이트의  종류▼c10999▼a2.7  캐비티와  코어설계▼c11600▼a2.7.1  성형수축률과  금형치수▼c11611▼a2.7.2  파팅라인의  결정▼c11922▼a2.7.3  캐비티  수의  결정▼c12033▼a2.7.4  캐비티와  코어의  구조▼c12144▼a2.8  이젝터  방식과  기구▼c12455▼a2.9  스프루  로크  핀▼c12866▼a2.10  런너  로크  핀▼c12977▼a2.11  언더컷  처리방법▼c13188▼a2.12  금형온도  제어와  냉각수관  설계▼c13799▼a2.12.1  열의  흐름▼c13700▼a2.12.2  냉각시간의  계산▼c13911▼a2.12.3  냉각수관  설계▼c14022▼a2.13  금형의  강도  계산▼c14633▼a제  2편  CAD/CAM  기초44▼a제  3장  CAD/CAM  시스템  개요▼c16155▼a3.1  시스템  개요▼c16166▼a3.2  응용분야▼c16377▼a3.3  시스템  도입▼c16488▼a3.3.1  2차원과  3차원  S/W▼c16599▼aS/W  검토사항▼c16600▼a3.4  금형용  CAD/CAM  시스템의  기능▼c16911▼a3.4.1  金型博士  -  PUS  CAD  기본  기능▼c17022▼a3.4.2  金型博士  -  PLUS  CAM  기본  기능▼c17233▼a3.4.3  金型博士  -  NeoSolid  MOLD(3D)▼c17344▼a3.4.4  金型博士  -  NeoSolid  PRESS(3D)▼c17655▼a3.4.5  NeoSolid  CAM(3D)▼c17966▼a제  4장  CAD에  의한  도형처리▼c18577▼a4.1  도형의  편집▼c18588▼a4.2  치수기입▼c18899▼a4.3  파일  입출력▼c1910000▼a4.4  모델링  기능▼c1920101▼a제  5장  CAM을  이용한  가공▼c2010202▼a5.1  NC가공  개요▼c2010303▼a5.1.1  NC  프로그램의  구성▼c2020404▼a5.1.2  입력  양식▼c2030505▼a5.1.3  프로그램을  위한  NC  장치  기능▼c2040606▼a5.2  프로그래밍  기초▼c2080707▼a5.3  2차원과  3차원  가공▼c2160808▼a5.3.1  입체형상의  표현형식▼c2170909▼a5.3.2  2.5차원  가공▼c2181010▼a5.3.3  와이어  방전  가공▼c2211111▼a5.3.4  머시닝  센터  가공▼c2231212▼a5.4  3차원  CAD/CAM▼c2281313▼a5.4.1  자유곡면  구성▼c2291414▼a5.4.2  자유곡면의  종류▼c2291515▼a5.4.3  3차원  가공  파트  프로그램▼c2391616▼a제  3편  금형  CAD/CAM  실전1717▼a제  6장  금형  CAD/CAM  실습▼c2491818▼a인스톨  방법▼c2491919▼a환경설정방법▼c2562020▼a6.1  시스템  소개▼c2572121▼a6.1.1  金型博士  -  PLUS  소개▼c2572222▼a6.1.2  金型博士  -  PLUS  구성▼c2582323▼a6.2  기본  기능▼c2642424▼a6.2.1  Mouse  사용법▼c2642525▼a6.2.2  끼어들기  명령▼c2662626▼a6.2.3  상주  명령▼c2752727▼a6.2.4  활용예제▼c2802828▼a6.2.5  제어  명령▼c2862929▼a6.2.6  일반  명령  l▼c2953030▼a6.2.7  일반  명령  ll▼c3133131▼a6.2.8  활용예제▼c3353232▼a6.3  金型博士  0  PLUS  따라하기▼c3453333▼a6.4  프레스  금형설계기능▼c3603434▼a6.4.1  벤딩▼c3603535▼a6.4.2  소재이용률▼c3633636▼a6.4.3  자동클리어런스▼c3653737▼a6.4.4  스크랩홀▼c3683838▼a6.4.5  하중계산▼c3693939▼a6.5  사출성형  금형설계기능▼c3714040▼a6.5.1  몰드베이스▼c3714141▼a6.5.2  수축률▼c3724242▼a6.5.3  빼기구배▼c3744343▼a6.5.4  냉각수구멍▼c3754444▼a6.5.5  체적계산▼c3764545▼a6.6  부품따라하기▼c3784646▼a6.6.1  AP마스터  등록하기▼c3784747▼a6.6.2  PARTS  따라하기▼c3834848▼a6.7  부록▼c3954949▼a6.7.1  金型博士  -  PLUS  CAD  파일구조▼c3955050▼a6.7.2  金型博士  -  PLUS  CAM  파일구조▼c3975151▼a6.7.3  AP마스터▼c4025252▼a제  7장  프레스  금형  설계  실습▼c4255353▼a7.1  프로그레시브  금형설계  따라하기▼c4255454▼a7.1.1  제품도  설계하기▼c4265555▼a7.1.2  레이아웃도  설계하기▼c4275656▼a7.1.3  조립도  설계하기▼c4315757▼a7.1.4  부품도  설계하기▼c4505858▼a7.2  프로그레시브  금형  설계  도면▼c4545959▼a제  8장  사출성형  금형설계  실습▼c4736060▼a8.1  플라스틱  사출성형  금형설계  따라하기▼c4736161▼a8.1.1  제품도  설계하기▼c4746262▼a8.1.2  코어  설계하기▼c4766363▼a8.1.3  조립도  설계하기▼c4786464▼a8.1.4  부품  설계하기▼c4866565▼a8.2  사출성형  금형  설계  도면▼c4906666▼a제  9장  CAD  데이터에서  CAM  데이터로  변환  실습▼c5096767▼a9.1  머시닝센터  가공  CAM  데이터  작성▼c5106868▼a9.1.1  가공취입하기▼c5106969▼a9.1.2  가공조건▼c5117070▼a9.1.3  NC  코드  출력하기▼c5137171▼a9.2  와이어커트  가공  CAM  데이터  작성▼c5187272▼a9.2.1  가공조건▼c5187373▼a9.2.2  NC  코드  출력하기▼c5207474▼a찾아보기▼c5227575
■9500  ▼b￦20000

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