MARC

 008011109s1999        ulka                    000      kor
■020    ▼a89-86910-18-7
■0801  ▼a620.0
■082    ▼a620.11▼b강18ㄱ▼223
■090    ▼a620.11▼b강18ㄱ
■1000  ▼a강기주  외저.
■24510▼a기계재료학▼d강기주  외저.
■260    ▼a서울▼b배명사▼c1999
■300    ▼a537p.▼b삽도▼c26cm.
■505    ▼a제1편  기계재료학의  개요▼a1장  기계재료학의  개요▼a1.1  기계재료의  특징▼c19▼a1.1.1  기계  재료학▼c19▼a1.1.2  실용  금속과  가공▼c20▼a1.2  기계재료와  기계공업▼c22▼a1.2.1  기계와  기계재료▼c22▼a1.2.2  기계  공업▼c22▼a1.3  기계재료의  분류와  선정▼c24▼a1.3.1  기계재료에  요구되는  성질▼c2400▼a1.3.2  기계재료의  분류와  선정▼c2711▼a1.3.3  기계재료의  규격▼c2922▼a2장  금속  재료의  기초이론33▼a2.1  물질의  구조와  특성▼c3344▼a2.1.1  전자의  배분▼c3355▼a2.1.2  원자의  결합▼c3466▼a2.1.3  고체  물질의  특성▼c3877▼a2.2  금속의  결정구조와  조직▼c3988▼a2.2.1  금속의  응고와  조직▼c3999▼a2.2.2    금속의  결정▼c4300▼a2.2.3  금속의  변태와  측정▼c5011▼a2.2.4  합금과  결정  구조▼c5522▼a2.3  합금의  상태도▼c6233▼a2.3.1  평형  상태도▼c6244▼a2.3.2  상태도  읽는  법▼c6855▼a2.3.3  기본  평형상태도▼c7266▼a2.3.4  평형상태도의  통칙과  합금의  성질관계▼c8177▼a2.4  금속  재료의  성질과  소성  가공▼c8388▼a2.4.1  금속의  소성  변형  기구▼c8399▼a2.4.2  금속  재료의  가공  경화와  재결정▼c8900▼a2.4.3  금속  재료의  소성  가공과  그  영향▼c10011▼a제2편  철강  재료의  열처리22▼a3장  열처리의  기초이론33▼a3.1  열처리와  금상학적  형상▼c10944▼a3.1.1  열처리의  목적▼c10955▼a3.1.2  열처리와  관련되는  금상학적  형상▼c11066▼a3.2  강의  변태조직▼c11577▼a3.2.1  공석  변태조직▼c11688▼a3.2.2  항온  변태▼c11799▼a3.2.3  담금질  조직▼c11900▼a3.2.4  냉각  속도와  변태▼c12211▼a4장  철강의  열처리22▼a4.1  강의  열처리  방법▼c12533▼a4.1.1  열처리의  종류▼c12544▼a4.1.2  특수열처리▼c13055▼a4.2  강의  열처리와  그  영향▼c13366▼a4.2.1  합금원소의  영향▼c13377▼a4.2.2  강의  질량  효과와  담금질성▼c13788▼a4.2.3  담금질성  시험▼c13899▼a4.2.4  냉각제와  냉각능▼c14000▼a4.3  강의  산화와  탈탄  발지▼c14211▼a4.3.1  강의  산화  및  탈탄▼c14222▼a4.3.2  산화·탈탄  방지와  스켈  제거법▼c14333▼a5장  강의  표면경화44▼a5.1  화염  및  고주파  경화법▼c14655▼a5.1.1  화염  담금질▼c14666▼a5.1.2  고주파  담금질▼c14777▼a5.2  강의  침탄  및  질화법▼c14988▼a5.2.1  강의  침탄  경화▼c14999▼a5.2.2  강의  질화  경화▼c15300▼a5.2.3  용융염에  의한  침탄·질화▼c15511▼a5.2.4  그  밖의  표면  경화법▼c15722▼a제3편  재료시험과  검사33▼a6장  기계적  성질  시험44▼a6.1  기계적  성질▼c16355▼a6.1.1  중요한  기계적  성질▼c16366▼a6.1.2  온도에  따른  기계적  성질  변화▼c16577▼a6.2  정적강도  시험▼c16688▼a6.2.1  인장강도  시험▼c16699▼a6.2.2  압축강도  시험▼c17300▼a6.2.3  굽힘강도  시험▼c17411▼a6.2.4  전단  시험▼c17522▼a6.2.5  비틀림  시험▼c17633▼a6.2.6  경도  시험▼c17744▼a6.3  충격  시험법▼c18455▼a6.3.1  샤르피  충격  시험▼c18566▼a6.3.2  아이조드  충격  시험▼c18677▼a6.4  그  밖의  시험법▼c18788▼a6.4.1  피로  시험▼c18799▼a6.4.2  프리프  시험▼c18900▼a6.4.3  마멸  시험▼c19311▼a6.4.4  고온  및  저온에서의  시험▼c19622▼a7장  금속  재료의  조직  시험33▼a7.1  매크로  검사법▼c19844▼a7.1.1  파단면  검사▼c19955▼a7.1.2  매크로  조직  시험▼c20066▼a7.1.3  그  밖의  매크로  검사▼c20377▼a7.2  미크로  조직시험법▼c20488▼a7.2.1  금속  현미경  시험▼c20599▼a7.2.2  특수  금속  현미경▼c20900▼a7.2.3  현미경에  의한  탄소강의  결정입도  시험▼c21311▼a8장  금속  재료의  검사와  감별법22▼a8.1  금속의  비파괴  검사법▼c21733▼a8.1.1  방사선  투과  시험▼c21844▼a8.1.2  초음파  탐상  시험▼c22055▼a8.1.3  음파  방출  시험▼c22266▼a8.1.4  자분  탐상  시험▼c22377▼a8.1.5  침투  탐상  시험▼c22488▼a8.1.6  와류  탐상  시험▼c22699▼a8.2  금속  재료의  감별법▼c2270000▼a8.2.1  불꽃  시험▼c2270101▼a8.2.2  표면  경화층  및  탈탄층  깊이  측정▼c2290202▼a제  4편  철강  재료0303▼a9장  철과  강0404▼a9.1  철강의  제조▼c2370505▼a9.1.1  철강  재료의  분류▼c2370606▼a9.1.2  철강  제조▼c2380707▼a9.2  철강  재료의  특성▼c2450808▼a9.2.1  순철▼c2450909▼a9.2.2  탄소강▼c2471010▼a9.2.3  합금강▼c2591111▼a9.3  구조용  강재▼c2621212▼a9.3.1  압연강▼c2621313▼a9.3.2  기계구조용  탄소강▼c2631414▼a9.3.3  고장력강▼c2641515▼a9.3.4  강인강▼c2671616▼a9.3.5  표면  경화용강▼c2731717▼a9.3.6  쾌삭강▼c2751818▼a9.3.7  단강품▼c2771919▼a10장  주철과  주강2020▼a10.1  주철▼c2802121▼a10.1.1  주철의  조직▼c2802222▼a10.1.2  조직에  미치는  여러  원소의  영향▼c2862323▼a10.1.3  주철의  성질▼c2872424▼a10.2  주철의  종류2525▼a10.2.1  보통  주철▼c2932626▼a10.2.2  고급  주철▼c2942727▼a10.2.3  합금  주철▼c2952828▼a10.2.4  칠드  주철▼c2962929▼a10.2.5  가단  주철▼c2983030▼a10.2.6  구상흑연  주철▼c3043131▼a10.3  주  강▼c3103232▼a10.3.1  주강의  성질과  조직▼c3103333▼a10.3.2  주강의  종류와  용도▼c3123434
■9500  ▼b￦20000

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