MARC

 008081223s2007        ulka                    000      kor
■020    ▼a9788933607626
■0801  ▼a620.0
■082    ▼a620.11▼b김62ㅈ▼223
■090    ▼a620.11▼b김62ㅈ
■1001  ▼a김암수  저
■24510▼a재료공학▼d김암수  저
■260    ▼a서울▼b기전연구사▼c2007
■300    ▼a518p.▼b삽도▼c26cm
■500    ▼a권말부록  :  원소의  물리적  성질  등
■505    ▼a제1장  재료의  총론▼c11▼a1.  금속  및  합금의  개념▼c11▼a1.1  금속(金屬)▼c11▼a1.2  합금(合金)▼c12▼a2.  금속재료의  성질▼c13▼a2.1  물리적  성질▼c13▼a2.2  금속의  전도적  성질▼c16▼a3.  금속의  변태▼c17▼a3.1  동소변태와  자기변태▼c17▼a3.2  상변태에  있어서의  반응  과정▼c2000▼a3.3  변태점  측정법▼c2211▼a4.  금속의  응고  및  결정  구조▼c2922▼a4.1  산화(Oxidation)▼c10633▼a4.2  부식(corrosion)▼c10744▼a4.3  금속의  방식법▼c10855▼a연습문제▼c11066▼a제3장  철강재료▼c11177▼a1.  철강재료의  분류  및  제조▼c11188▼a1.1  철강재료의  분류▼c11199▼a1.2  제철법▼c11600▼a1.3  제강법▼c11811▼a2.  순철▼c12322▼a2.1  순도와  불순물▼c12333▼a2.2  순철의  변태▼c12444▼a2.3  순철의  조직과  성질▼c12555▼a2.4  순철의  용도▼c12666▼a3.  탄소강▼c12677▼a3.1  탄소강의  변태  및  상태도▼c12688▼a3.2  탄소강의  성질▼c13499▼a3.3  탄소강  중의  타원소의  영향▼c13600▼a3.4  탄소강의  가공▼c13911▼a3.5  탄소강의  용도▼c14122▼a4.  특수강▼c15033▼a4.1  특수강의  개요▼c15044▼a4.2  구조용강▼c15355▼a4.3  공구용강▼c16366▼a4.4  특수용도강▼c16677▼a연습문제▼c19988▼a제4장  열처리▼c20199▼a1.  열처리의  개요▼c20100▼a1.1  일반  열처리▼c20111▼a1.2  항온열처리▼c20922▼a2.  표면경화▼c21333▼a2.1  침탄법(carburizing)▼c21344▼a2.2  질화법(HNT.  nitriding)▼c21555▼a2.3  고주파  담금질(induction  hardening)▼c21666▼a2.4  화염경화법(HQF,  FLAME  HARDENING)▼c21777▼a2.5  방전경화법(spark  hardening)▼c21788▼a2.6  금속침투법(cementation)▼c21899▼a3.  열처리  결함과  대책▼c21900▼a3.1  가열,  냉각시  생기는  결함과  대책▼c22011▼a3.2  담금질시  생기는  결함과  대책▼c22422▼a3.3  뜨임에서  발생되는  결함과  대책▼c23633▼a3.4  풀림할  때  생기는  결함과  대책▼c23944▼a3.5  표면  경화의  결함과  대책▼c24055▼a연습문제▼c24666▼a제5장  비철금속  재료▼c24777▼a1.  구리  및  니켈과  그  합금▼c24788▼a1.1  구리와  그  합금▼c24799▼a1.2  황동(brass)▼c25000▼a1.3  청동(bronze)▼c25511▼a1.4  특수  청동▼c26022▼a1.5  니켈과  그  합금▼c26633▼a2.  경금속과  그  합금▼c26944▼a2.1  알루미늄과  그  합금▼c26955▼a2.2  알루미늄  합금의  개요▼c27166▼a2.3  주조용  알루미늄합금▼c27377▼a2.4  가공용  알루미늄  합금▼c27688▼a2.5  마그네슘과  그  합금▼c27899▼a3.  베어링용  합금▼c27900▼a3.1  화이트메탈▼c27911▼a3.2  구리계  베어링  합금▼c28022▼a3.3  카드뮴계,  아연계  합금▼c28133▼a3.4  함유  베어링(oilless  bearing)▼c28144▼a4.  고용융점  및  저용융점  금속과  그  합금▼c28255▼a4.1  고용융점  금속과  귀금속▼c28266▼a4.2  저용융점  금속과  그  합금▼c28477▼a5.  분말합금의  종류와  특성▼c28688▼a5.1  초경합금▼c28699▼a5.2  소결기계  부품용  재료▼c29100▼a5.3  소결전기  및  자기재료▼c29811▼a연습문제▼c30022▼a제6장  재료  시험  및  조직검사법▼c30133▼a1.  재료의  기계적  시험법▼c30144▼a1.1  인장시험(tensile  test)▼c30155▼a1.2  압축시험(compression  test)▼c31366▼a1.3  굽힘시험(bending  test)▼c31577▼a1.4  비틀림  시험(torsion  test)▼c31888▼a1.5  피로시험(fatigue  test)▼c32299▼a1.6  충격시험(impact  test)▼c32400▼a1.7  경도시험(hardness  test)▼c32711▼a2.  재료의  비파괴시험법▼c33822▼a2.1  침투탐상시험(liquid  penetration  testing)▼c33933▼a2.2  자분탐상시험(magnetic  particle  testing)▼c34144▼a2.3  방사선  투과시험(radiographic  testing)▼c34355▼a2.4  초음파  탐상시험(ultrasonic  testing)▼c34666▼a2.5  음향  방출시험(AE법,  Acoustic  Emission)▼c35077▼a3.  금속조직  검사법▼c35488▼a3.1  육안조직  검사법▼c35499▼a3.2  설프  프린트법(sulpher  print)▼c3560000▼a3.3  비금속  개재물  시험▼c3570101▼a3.4  현미경  조직  검사법(micro-test)▼c3590202▼a3.5  정량조직  검사법(quantitative  metallography)▼c3660303▼a4.  특수  시험법▼c3700404▼a4.1  크리프  시험(creep  test)▼c3700505▼a4.2  마모시험(wear  test)▼c3720606▼a4.3  에릭센  시험(erichsen  test)▼c3730707▼a4.4  스프링  시험(spring  test)▼c3740808▼a4.5  불꽃시험▼c3750909▼a5.  재료의  특성시험▼c3811010▼a5.1  응력  측정시험▼c3811111▼a5.2  X-선  회절  시험▼c3831212▼a5.3  담금질성  시험▼c3861313▼a연습문제▼c3941414▼a제7장  신소재▼c3951515▼a1.  특성  재료▼c3951616▼a1.1  초소성  재료▼c3951717▼a1.2  형상기억합금과  초탄성  합금▼c4011818▼a1.3  수소  저장용  합금▼c4061919▼a1.4  비정질  합금▼c4072020▼a1.5  리드  프레임(Lead  frame)  재료▼c4102121▼a1.6  반도체  재료▼c4122222▼a1.7  초전도  재료▼c4212323▼a1.8  초내열합금(Super  Heat  Resisting  Alloys)▼c4252424▼a2.  구조용  복합재료▼c4272525▼a2.1  섬유강화  금속▼c4282626▼a2.2  입자분산강화  금속▼c4302727▼a2.3  극저온용  구조재료▼c4322828▼a2.4  자동차용  신소재▼c4342929▼a2.5  항공기용  신소재▼c4363030▼a2.6  생체용  합금▼c4383131▼a2.7  발화용  합금▼c4423232▼a2.8  금속  초미립자▼c4453333▼a3.  에너지용  신금속  재료▼c4473434▼a3.1  에너지-변환소자3535▼a3.2  핵융합로  로심구조재료▼c4483636▼a3.3  전극재료▼c4493737▼a연습문제▼c4513838▼a제8장  비금속  재료▼c4533939▼a1.  합성수지▼c4534040▼a1.1  합성수지의  개요  및  분류▼c4534141▼a1.2  합성수지의  특성과  용도▼c4554242▼a1.3  합성수지의  성형가공▼c4584343▼a1.4  합성수지의  기계부품▼c4594444▼a2.  연마재▼c4604545▼a2.1  연마재의  개요▼c4604646▼a2.2  연마재의  종류와  제품▼c4614747▼a3.  기초용  재료▼c4644848▼a3.1  석재(石材)▼c4644949▼a3.2  시멘트(cement)▼c4645050▼a3.3  내화물(耐火物)▼c4665151▼a3.4  보온재료▼c4675252▼a4.  윤활유  및  절삭유▼c4685353▼a4.1  윤활유▼c4685454▼a4.2  절삭유▼c4715555▼a5.  도료▼c4725656▼a5.1  도료의  개요▼c4725757▼a5.2  도료의  특성과  용도▼c4735858▼a연습문제▼c4785959▼a부록▼c4796060▼a■  원소의  물리적  성질▼c479▼x161▼y161▼z0▼a■  각종  강재의  표준열처리  온도·기계적  성질·주요  용도▼c482▼x162▼y162▼z0▼a■  경도  환산표▼c490▼x163▼y163▼z0▼a■  평강의  치수와  무게▼c492▼x164▼y164▼z0▼a■  고속도강의  성분  열처리  및  용도▼c493▼x165▼y165▼z0▼a■  초경합금의  재종  및  기호에  대한  특성▼c495▼x166▼y166▼z0▼a■  초경합금의  절삭공구용  재종선정법▼c496▼x167▼y167▼z0▼a■  비틀림시험  실측치▼c498▼x168▼y168▼z0▼a■  각종  심금속의  특징▼c499▼x169▼y169▼z0▼a■  각종  결함  형태와  결함에코▼c501▼x170▼y170▼z0▼a■  구조용강의  종류와  성분  및  기계적  성질▼c502▼x171▼y171▼z0▼a■  각종  스테인리스강의  기계적  성질  물리적  성질  및  용도▼c504▼x172▼y172▼z0▼a■  원소주기율표▼c507▼x173▼y173▼z0▼a찾아보기▼c508▼x174▼y174▼z0
■653    ▼a철강재료▼a비철금속▼a열처리▼a신소재▼a비금속재료
■9500  ▼c20,000

미리보기

내보내기

chatGPT토론

Ai 추천 관련 도서