MARC

 008090112s2008        ulka                    000      kor
■020    ▼a9788942910328
■0801  ▼a621.744
■082    ▼a668.412▼b금94ㄱ▼223
■090    ▼a668.412▼b금94ㄱ
■1001  ▼a금형기술시험연구회  편
■24510▼a(프레스/사출  금형  공통)금형설계  문제  해설▼d금형기술시험연구회  편
■250    ▼a3판
■260    ▼a서울▼b일진사▼c2008
■300    ▼a701p.▼b삽도▼c26cm
■505    ▼a제1장  프레스  금형  설계▼a1.  소성변형과  소성가공▼c15▼a예상문제▼c17▼a2.  프레스  가공의  종류▼c19▼a2-1  프레스  가공의  개요▼c19▼a2-2  프레스  가공의  분류▼c19▼a2-3  전단가공  그룹▼c20▼a2-4  굽힘·성형가공  그룹▼c22▼a2-5  드로잉  가공  그룹▼c23▼a2-6  압축가공  그룹▼c2300▼a2-7  기타  가공  그룹▼c2411▼a예상문제▼c2522▼a3.  프레스  금형  각부  구성요소의  기능과  설계▼c3033▼a3-1  생  크▼c3044▼a3-2  가이드  포스트·가이드  부시▼c3055▼a3-3  다이  세트▼c3066▼a3-4  맞춤핀▼c3277▼a3-5  펀  치▼c3388▼a3-6  펀치  고정판▼c3799▼a3-7  받침판▼c3800▼a3-8  스트리퍼▼c3811▼a3-9  다  이▼c4022▼a3-10  다이의  설계▼c4233▼a3-11  녹아웃  장치▼c4444▼a3-12  이젝터▼c4555▼a3-13  스토퍼▼c4566▼a3-14  재료  가이드▼c4977▼a3-15  금형용  스프링  및  쿠션  고무▼c5288▼a예산문제▼c5499▼a4.  전단금형의  설계▼c6500▼a4-1  전다나공▼c6511▼a4-2  전단된  면의  형상▼c6622▼a4-3  전단면의  형상과  클리어런스의  관계▼c6733▼a4-4  생크의  위치  결정▼c7444▼a4-5  제품의  판뜨기▼c7555▼a4-6  재료이용률▼c7666▼a4-7  잔폭(여유폭,  이송잔폭,  앞뒤잔폭,  노칭잔폭)의  결정▼c7877▼a4-8    전단금형▼c8088▼a4-9  전단금형의  조립▼c8499▼a예상문제▼c8500▼a5.  굽힘금형의  설계▼c9911▼a5-1  굽힘가공▼c9922▼a5-2  가공한계와  최소  굽힘반지름▼c10033▼a5-3  스프링백▼c10044▼a5-4  굽힘가공  압력의  계산법▼c10255▼a5-5  굽힘제품의  전개길이  계산법▼c10366▼a5-6  V자굽힘금형▼c10877▼a5-7  V자  이외의  굽힘금형▼c10988▼a예상문제▼c11099▼a6.  드로잉  금형의  설계▼c11500▼a6-1  드로잉  가공▼c11511▼a6-2  한계  드로잉률  및  드로잉비▼c11622▼a6-3  재드로잉  가공▼c11733▼a6-4  드로잉  금형에서의  곡률반지름▼c11744▼a6-5  드로잉  금형의  클리어런스▼c11855▼a6-6  드로잉  가공  시  소요되는  압력과  일량▼c12266▼a6-7  드로잉  가공  시  제품의  불량  원인과▼c12577▼a6-8  드로잉  금형▼c12788▼a6-9  아이어닝  가공▼c12999▼a예상문제▼c12900▼a7.  프레스  기계▼c13811▼a7-1  프레스의  능력  기준▼c13822▼a7-2  공칭압력(압력능력,  호칭압력)▼c13833▼a7-3  공칭압력(토크  능력)의  위치▼c13844▼a7-4  작업용량(일능력)▼c13955▼a7-5  프레스의  종류▼c13966▼a7-6  프레스의  정도▼c14277▼a7-7  금형의  설치▼c14388▼a7-8  금형의  설치  및  시험  작업▼c14499▼a예상문제▼c14400▼a제2장  사출  금형  설계11▼a1.  사출  금형의  개요▼c14722▼a1-1  사출성형의  원리▼c14733▼a1-2  사출  금형의  특성과  기술적  동향▼c14844▼a2.  플라스틱  금형의  분류▼c15055▼a2-1  압축금형▼c15066▼a2-2  이송금형▼c15077▼a2-3  압출금형▼c15188▼a2-4  취입금형▼c15299▼a2-5  진공금형▼c15200▼a2-6  사출금형▼c15311▼a예상문제▼c15522▼a3.  사출성형품  설계▼c15833▼a3-1  성형  수축▼c15844▼a3-2  파팅  라인▼c15855▼a3-3  성형품  빼기구배▼c15966▼a3-4  성형품의  살두께▼c16277▼a3-5  성형품  보강과  변형  방지▼c16388▼a3-6  보스▼c16599▼a3-7  구멍▼c16600▼a3-8  성형나사의  설계▼c16711▼a3-9  금속  인서트▼c16722▼a예상문제▼c16833▼a4.  사출  금형의  구조와  기능▼c17444▼a4-1  사출  금형의  기본  구조▼c17455▼a4-2  금형  각부의  기능▼c17466▼a4-3  유동기구▼c17577▼a4-4  이젝터  기구▼c17788▼a예상문제▼c18099▼a5.  성형  재료▼c1860000▼a5-1  플라스틱의  개요▼c1860101▼a5-2  플라스틱의  분류▼c1860202▼a5-3  성형용  수지  재료의  특성▼c1870303▼a5-4  성형  재료의  선택▼c1870404▼a예상문제▼c1930505▼a6.  사출성형기▼c1970606▼a6-1  사출성형기의  구조▼c1970707▼a6-2  사출성형기의  분류▼c1980808▼a6-3  사출성형기의  설명서▼c2010909▼a6-4  사출성형기의  동작▼c2031010▼a예상문제▼c2041111▼a7.  사출성형용  금형  설계▼c2091212▼a7-1  사출성형용  금형으  ㅣ설계▼c2091313▼a7-2  형판  캐비티  기구  설계▼c2121414▼a7-3  유동기구의  설계▼c2181515▼a7-4  이젝터  기구  설계▼c2311616▼a7-5  금형의  온도  조절  기구▼c2401717▼a7-6  언더컷  처리  기구▼c2441818▼a7-7  러너리스  사출▼c2501919▼a7-8  러너리스  금형의  종류▼c2512020▼a7-9  금형  가열  히터  계산식▼c2532121▼a7-10  러너리스  성형에  적합한  성형품과  수지▼c2542222▼a예상문제▼c2542323▼a8.  사출성형의  트러블과  그  대책▼c2722424▼a8-1  개선이  용이한  트러블▼c2722525▼a8-2  개선이  어려운  트러블▼c2772626▼a예상문제▼c2802727▼a2  금형  제작법2828▼a제1장  금형  공작2929▼a1.  금형  공작의  개요▼c2853030▼a1-1  금형의  분류▼c2853131▼a1-2  각종  금형의  제작법과  그  특징▼c2863232▼a1-3  금형  재료▼c2873333▼a예상문제▼c2903434▼a2.  금형  제작과  형  조각용  설비▼c2923535▼a2-1  금형  제작  공정▼c2923636▼a예상문제▼c2953737▼a3.  모델의  제작▼c2963838▼a3-1  모델  재료와  모델  분류▼c2963939▼a3-2  모델  제작▼c2964040▼a예상문제▼c2984141▼a4.  특수  기계에  의한  형  제작▼c3004242▼a4-1  모방가공에  의한  형  조각▼c3004343▼a4-2  조각기에  의한  형  제작▼c3014444▼a4-3  콘투어  머신에  의한  형  조각▼c3024545▼a4-4  특수가공에  의한  형  제작▼c3034646▼a예상문제▼c3054747▼a제2장  소성  및  판금가공4848▼a1.  소성가공▼c3124949▼a1-1  탄성과  소성▼c3125050▼a1-2  소성가공의  특성▼c3125151▼a1-3  소성가공법▼c3145252▼a예상문제▼c3185353▼a2.  판금가공▼c3235454▼a2-1  판금가공의  개요▼c3235555▼a2-2  각종  판금가공▼c3255656▼a예상문제▼c3315757▼a제3장  절삭  이론5858▼a1.  기계  공작  일반▼c3365959▼a1-1  절삭  가공의  종류▼c3366060▼a1-2  공작  기계의  종류▼c3376161▼a1-3  절삭  속도와  회전수▼c3386262▼a2.  절삭  공구▼c3396363▼a2-1  절삭  공구와  공구  재료▼c3396464▼a2-2  바이트의  모양과  종류▼c3426565▼a2-3  절삭  칩의  생성과  구성  인선▼c3466666▼a2-4  절삭  저항의  3분력▼c3476767▼a3.  절삭유  및  윤활▼c3486868▼a3-1  절삭유▼c3486969▼a3-2  윤활▼c3497070▼a예상문제▼c3517171▼a제4장  선반  가공법7272▼a1.  선반의  종류와  구조▼c3617373▼a1-1  선반의  종류와  특징  및  용도▼c3617474▼a1-2  선반의  각부  명칭  및  구조▼c3627575▼a1-3  선반의  부속  장치▼c3657676▼a1-4  선반의  조작  기호와  작업의  종류▼c3687777▼a예상문제▼c3707878▼a2.  선반  작업▼c3747979▼a2-1  선반  가공의  종류▼c3748080▼a2-2  가공물  고정▼c3748181▼a2-3  선반  절삭  작업▼c3768282▼a2-4  나사  절삭▼c3798383▼a2-5  공작물  측정▼c3828484▼a2-6  선반  점검법▼c3838585▼a예상문제▼c3848686▼a제5장  밀링  가공법8787▼a1.  밀링  머신의  개요▼c3888888▼a1-1  밀링  머신의  종류  및  특성과  용도▼c3888989▼a1-2  밀링  절삭  조건▼c3909090▼a1-3  절삭제▼c3929191▼a예상문제▼c3939292▼a2.  밀링  부속  장치▼c3979393▼a2-1  바이스▼c3979494▼a2-2  부속  장치▼c3979595▼a예상문제▼c3989696▼a3.  밀링  커터▼c4019797▼a3-1  밀링  커터의  종류와  용도▼c4019898▼a3-2  밀링  커터의  각도▼c4029999▼a예상문제▼c4060000▼a4.  밀링  가공법▼c4090101▼a4-1  밀링  가공  준비▼c4090202▼a4-2  밀링  작업▼c4100303▼a4-3  분할대와  분할  작업▼c4140404▼a4-4  기타  가공법▼c4170505▼a예상문제▼c4180606▼a제6장  연삭  가공법0707▼a1.  각종  연삭기▼c4220808▼a1-1  연삭  가공▼c4220909▼a1-2  각종  연삭기의  특징  및  용도▼c4231010▼a예상문제▼c4271111▼a2.  연삭  숫돌▼c4301212▼a2-1  연삭  숫돌의  구성▼c4301313▼a2-2  숫돌바퀴의  모양과  표시▼c4321414▼a2-3  다이아몬드  숫돌▼c4331515▼a예상문제▼c4341616▼a3.  연삭작업▼c4371717▼a3-1  연삭  가공의  일반  사항▼c4371818▼a3-2  연삭  작업▼c4381919▼a3-3  연삭  작업  시의  결함▼c4392020▼a예상문제▼c4402121▼a제7장  기타  범용  기계  가공2222▼a1.  드릴링·보링·브로치▼c4442323▼a1-1  드릴링  머신▼c4442424▼a1-2  보링  머신▼c4472525▼a1-3  브로치  작업▼c4492626▼a예상문제▼c4502727▼a2.  세이퍼·플레이너·슬로터▼c4562828▼a2-1  세이퍼▼c4562929▼a2-2  플레이너▼c4583030▼a2-3  슬로터▼c4593131▼a예상문제▼c4603232▼a제8장  기어  가공3333▼a1.  기어의  개요▼c4653434▼a1-1  드릴링  머신▼c4653535▼a1-2  기어  각부의  명칭과  이의  크기▼c4673636▼a예상문제▼c4693737▼a2.  기어  가공법▼c4723838▼a2-1  기어  가공법의  종류▼c4723939▼a2-2  기어  절삭기의  종류▼c4734040▼a2-3  기어  연삭기▼c4744141▼a2-4  기어  셰이빙  머신▼c4754242▼a2-5  기어  셰이빙  작업▼c4754343▼a예상문제▼c4764444▼a3.  각종  기어  절삭법▼c4784545▼a3-1  평기어  절삭법▼c4784646▼a3-2  헬리컬  기어  절삭법▼c4794747▼a3-3  버벨  기어  절삭법▼c4794848▼a3-4  래크  기어  절삭법▼c4804949▼a예상문제▼c4815050▼a4.  정밀  입자  가공  및  특수  가공▼c4845151▼a4-1  정밀  입자  가공▼c4845252▼a4-2  특수  가공▼c4855353▼a예상문제▼c4875454▼a5.  손다듬질  작업(수기  가공)▼c4925555▼a5-1  손다듬질용  설비와  공구▼c4925656▼a5-2  금긋기  작업▼c4925757▼a5-3  절단  작업▼c4955858▼a5-4  정  작업▼c4975959▼a5-5  줄  작업▼c4996060▼a5-6  스크레이퍼  작업▼c5006161▼a5-7  리머  작업▼c5016262▼a예상문제▼c5036363▼a제9장  CNC  공작법6464▼a1.  NC의  원리▼c5066565▼a1-1  NC의  개요▼c5066666▼a1-2  서보  기구  방식▼c5086767▼a예상문제▼c5106868▼a2.  NC  프로그래밍▼c5156969▼a2-1  개요▼c5157070▼a2-2  지령절▼c5167171▼a예상문제▼c5217272▼a제10장  금형의  조립·검사  및  안전7373▼a1.  금형의  조립▼c5267474▼a1-1  조립의  일반  사항▼c5267575▼a1-2  금형  부품의  위치  결정▼c5277676▼a1-3  금형  부품의  고정▼c5297777▼a1-4  금형의  조립▼c5307878▼a2..  금형의  검사▼c5327979▼a2-1  프레스  금형의  검사▼c5328080▼a2-2  사출금형의  검사▼c5328181▼a3.  금형  제작의  안전▼c5338282▼a3-1  프레스  금형  설치의  안전▼c5338383▼a3-2  프레스  안전▼c5378484▼a3  금형  재료8585▼a제1장  금속  재료의  성질과  분류8686▼a1.  금속  재료의  일반적  성질▼c5418787▼a1-1  금속과  합금▼c5418888▼a1-2  금속  재료의  물리적  성질과  기계적  성질▼c5428989▼a예상문제▼c5439090▼a2.  금속의  결정과  합금  조직▼c5459191▼a2-1  금속의  결정▼c5459292▼a2-2  합금의  조직▼c5469393▼a예상문제▼c5489494▼a3.  재료의  시험  및  검사▼c5549595▼a3-1  정적  시험▼c5549696▼a3-2  동적  시험▼c5559797▼a예상문제▼c5569898▼a4.  금속의  가공과  풀림▼c5619999▼a4-1  금속  가공▼c5610000▼a4-2  재결정과  풀림▼c5610101▼a예상문제▼c5620202▼a제2장  철강  재료0303▼a1.  철과  강▼c5640404▼a1-1  제철법  및  제강법▼c5640505▼a1-2  철강의  분류와  성질▼c5660606▼a예상문제▼c5670707▼a2.  순철과  탄소강▼c5700808▼a2-1  순  철▼c5700909▼a2-2  탄소강▼c5701010▼a예상문제▼c5741111▼a3.  열처리▼c5771212▼a3-1  일반  열처리▼c5771313▼a3-2  항온  열처리▼c5791414▼a3-3  표면  경화법▼c5791515▼a예상문제▼c5801616▼a4.  합금강▼c5851717▼a4-1  합금강의  개요▼c5851818▼a4-2  구조용  합금강▼c5851919▼a4-3  공구용  합금강▼c5862020▼a4-4  특수  용도용  합금강▼c5872121▼a예상문제▼c5882222▼a5.  주철과  주강▼c5922323▼a5-1  주철의  개요▼c5922424▼a5-2  주철의  종류▼c5942525▼a5-3  주강▼c5952626▼a예상문제▼c5962727▼a제3장  비철금속  재료2828▼a1.  알루미늄과  그  합금▼c6002929▼a1-1  알루미늄▼c6003030▼a1-2  알루미늄  합금▼c6013131▼a예상문제▼c6023232▼a2.  구리와  그  합금▼c6043333▼a2-1  구리▼c6043434▼a2-2  구리  합금▼c6043535▼a예상문제▼c6063636▼a제4장  신소재3737▼a신소재▼c6103838▼a예상문제▼c6113939▼a4  정밀  계측4040▼a제1장  정밀  측정4141▼a1.  측정의  기초▼c6154242▼a1-1  측정의  개념과  측정의  종류▼c6154343▼a1-2  측정  단위와  측정  오차▼c6164444▼a예상문제▼c6184545▼a2.  길이  측정▼c6194646▼a2-1  길이  측정의  분류▼c6194747▼a2-2  일반  측정기▼c6194848▼a2-3  정밀  측정기▼c6204949▼a예상문제▼c6315050▼a3.  각도,  평면  및  테이퍼  측정▼c6385151▼a3-1  각도  측정▼c6385252▼a3-2  평면  측정▼c6405353▼a3-3  테이퍼  측정▼c6425454▼a3-4  표면  거칠기  측정▼c6425555▼a예상문제▼c6445656▼a제2장  표면  거칠기와  끼워  맞춤5757▼a1.  표면  거칠기와  면의  지시  기호▼c6475858▼a1-1  표면  거칠기▼c6475959▼a1-2  표면  거칠기의  표시▼c6496060▼a1-3  다듬질  기호▼c6546161▼a1-4  가공  방법의  약호▼c6566262▼a예상문제▼c6566363▼a2.  치수  공차와  끼워  맞춤▼c6586464▼a2-1  공차▼c6586565▼a2-2  끼워  맞춤▼c6606666▼a2-3  치수  공차와  끼워  맞춤  기호의  기입법▼c6636767▼a예상문제▼c6666868▼a제3장  나사  및  기어  측정6969▼a1.  나사  측정▼c6697070▼a1-1  나사의  기준산  모양과  기준치수▼c6697171▼a1-2  등가유효지름▼c6707272▼a1-3  수나사의  측정법▼c6707373▼a2.  기어  측정▼c6727474▼a2-1  인벌류트  평기어의  기본  치수▼c6727575▼a2-2  걸치기  이투께의  측정▼c6737676▼a2-3  이두께  버니어의  캘리퍼스에  의한  이두께  측정▼c6747777▼a2-4  평기어  정도와  이  모양  치수의  허용오차▼c6757878▼a2-5  기어의  물림  시험▼c6757979▼a예상문제▼c6758080▼a제4장  3차원  측정  및  정도  관리8181▼a1.  3차원  측정기의  일반▼c6788282▼a2.  측정점  검출기▼c6798383▼a3.  측정기의  정도  관리▼c6808484▼a4.  정밀  측정의  자동화▼c6818585▼a부록8686▼a과년도  출제  문제▼c6858787
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