MARC

 008100126s2009        ulka                    000      kor
■020    ▼a9788984175082
■0801  ▼a620.1
■082    ▼a620.112▼b김73ㅈ▼223
■090    ▼a620.112▼b김73ㅈ
■1001  ▼a김재근,  김재훈,  최영근  공저
■24510▼a재료시험법▼d김재근,  김재훈,  최영근  공저
■260    ▼a서울▼b원창출판사▼c2009
■300    ▼a254p.▼b삽도▼c27cm
■505    ▼a제1장  재료시험의  개요▼a1.1  재료시험이란▼c1▼a1.2  재료의  분류▼c2▼a1.3  금속  재료시험의  종류▼c3▼a1.4  시험  절차▼c5▼a1.5  실험결과  보고▼c10▼a제2장  인장시험▼a2.1  인장시험의  개요▼c13▼a2.2  관련  이론▼c13▼a2.3  인장  시험기▼c1700▼a2.4  인장  시험편▼c2011▼a2.5  강재의  기계적  성질  및  인장  시험편▼c2922▼a2.6  철강  재료  인장시험▼c3233▼a2.7  시험편의  신장  측정▼c3644▼a2.8  진응력-변형률  곡선▼c3855▼a2.9  인장시험  전,  후  측정▼c4066▼a2.10  인장시험  방법▼c4477▼a2.11  인장시험  결과의  분석▼c4888▼a2.12  실험  결과에  미치는  시험편  인자▼c4899▼a2.13  시험  결과  보고서▼c5000▼a2.14  인장시험에  관한  예제▼c5211▼a제3장  압축시험22▼a3.1  압축시험의  개요▼c6533▼a3.2  압축  시험편▼c6644▼a3.3  압축  시험기▼c6855▼a3.4  압축시험  방법▼c6966▼a3.5  특수한  압축시험▼c7277▼a3.6  압축에  의한  파괴▼c7388▼a3.7  긴  압축  시험편의  휘어짐▼c7599▼a3.8  바우싱거(Bauschinger)  효과▼c7600▼a3.9  주철의  강도와  탄성계수  관계▼c7711▼a3.10  시험  결과  보고서▼c7922▼a3.11  압축시험에  관한  예제▼c8033▼a제4장  경도시험44▼a4.1  경도시험의  개요▼c8555▼a4.2  압입  경도시험의  공통  문제점▼c8766▼a4.3  브리넬  경도시험(Brinell  hardness  test)▼c8777▼a4.4  비커스  경도시험(Vickers  hardness  test)▼c9888▼a4.5  로크웰  경도시험(Rockwell  hardness  test)▼c10699▼a4.6  쇼어  경도시험(Shore  hardness  test)▼c11300▼a4.7  각종  경도간의  관계▼c11811▼a4.8  각종  경도시험  보고서▼c12522▼a4.9  경도시험에  관한  예제▼c12833▼a제5장  충격시험44▼a5.1  충격시험기의  개요▼c13155▼a5.2  충격시험과  관련  이론▼c13266▼a5.3  충격시험기▼c13477▼a5.4  충격시험기  시험편▼c13788▼a5.5  충격시험의  원리▼c13999▼a5.6  충격  인장시험▼c14100▼a5.7  충격  압축시험▼c14311▼a5.8  충격  비틀림  시험▼c14722▼a5.9  충격시험  보고서▼c15033▼a5.10  충격시험에  관한  예제▼c15144▼a제6장  굽힘  시험55▼a6.1  굽힘  시험의  개요▼c15566▼a6.2  굽힘  시험  관련  이론▼c15677▼a6.3  굽힘  시험편▼c16188▼a6.4  굽힘  시험기▼c16499▼a6.5  굽힘  시험▼c16600▼a6.6  항절  시험▼c16711▼a6.7  굽힘  시험  보고서▼c17122▼a6.8  굽힘  시험에  관한  예제▼c17233▼a제7장  비틀림  시험44▼a7.1  비틀림  시험의  개요▼c17755▼a7.2  비틀림  시험  관련  이론▼c17866▼a7.3  비틀림  시험편▼c18477▼a7.4  비틀림  시험기▼c18688▼a7.5  비틀림  시험▼c18799▼a7.6  비틀림  강도와  인장강도의  관계▼c19100▼a7.7  비틀림  시험  보고서▼c19311▼a7.8  비틀림  시험에  관한  예제▼c19422▼a제8장  피로  시험33▼a8.1  피로  시험의  개요▼c19944▼a8.2  피로시험과  관련  이론▼c19955▼a8.3  피로  시험기▼c20666▼a8.4  시험편  및  시험편  형상의  영향▼c21077▼a8.5  피로  시험▼c21488▼a8.6  피로  시험  보고서▼c21699▼a8.7  피로  시험에  관한  예제▼c21700▼a제9장  크리프  시험11▼a9.1  크리프  시험의  개요▼c22322▼a9.2  크리프  시험기▼c22333▼a9.3  크리프  시험편  채취  및  형상▼c22644▼a9.4  크리프  시험  종류▼c23155▼a9.5  크리프  곡선▼c23166▼a9.6  크리프  한도  및  크리프  제한응력▼c23377▼a9.7  크리프  시험  보고서▼c23788▼a9.8  크리프  시험에  관한  예제▼c23899▼a제10장  마모시험00▼a10.1  마모시험의  개요▼c24311▼a10.2  마모시험기▼c24422▼a10.3  마찰속도  및  접촉압력의  영향▼c24633▼a10.4  표면  흠의  영향▼c24744▼a10.5  마찰면의  경도의  영향▼c24855▼a10.6  마모  시험  보고서▼c25066▼a10.7  마모시험에  관한  예제▼c25177▼a찾아보기▼c25388▼a참고문헌▼c25599
■9500  ▼c15,000

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