MARC

 008990921s1996        ulka                    000      kor
■0801  ▼a621.79
■082    ▼a600▼223
■090    ▼a600▼b일45ㅇ
■1000  ▼a일본용접학회  편.  이윤경  역.
■24510▼a鎔接  接合工學便覽(上)▼d일본용접학회  편.  이윤경  역.
■260    ▼a서울                                                            ▼b과학기술▼c1996
■300    ▼a1520p.▼b삽도▼c27cm
■505    ▼a용접.접합  설계의  기본▼c1▼a조인트의  형식과  특징▼c2▼a각종  요구  성능과  재료  특성▼c4▼a구조  설계와  시공상의  주의▼c5▼a용접  열원의  특징▼c7▼a용접열전도식▼c10▼a용접  요인의  여러가지  영향▼c15▼a이종재료의  열전도▼c19▼a용융지의  열수송▼c20▼a용융응력  및  변형  발생  기구▼c2300▼a잔류응력분포의  특징▼c3011▼a구속도와  구속응력.변형  및  냉간  균열▼c3922▼a잔류응력의  측정법▼c5333▼a용접변형의  특징▼c5844▼a구조물에서의  변형▼c7055▼a용접  잔류응력의  저감과  용접  변형의  방지.교정▼c7266▼a용접  이음  각부의  기계적  성질▼c7977▼a용접이음의  연성파괴강도▼c8188▼a용접이음의  응력계산과  허용능력▼c8499▼a스퍼트용접이음의  강도▼c9100▼a리벳  이음  강도와  허용응력▼c9511▼a하이텐션  볼트  이음  강도▼c9922▼a기둥의  압축  좌굴.최종  강도▼c10533▼a직사각형판의  압축▼c11644▼a용접  구조물의  파괴  사례와  취성파괴의  특징▼c12555▼a파괴역학의  기초▼c12866▼a용접이음의  취성  파괴강도▼c13577▼a취성파괴와  재질평가▼c1588▼a용접  결함의  한계평가와  파괴관리  제어설계▼c15799▼a피로파괴의  기초▼c16700▼a저사이클  피로▼c17211▼a고사이클  피로▼c18022▼a균열의  전파▼c18533▼a각종  구조물  설계의  사고방식▼c19344▼a피로손상의  평가와  파괴예지  기술▼c20455▼a고온인장강도▼c21166▼a크리프강도▼c21777▼a크리프와  피로의  상승효과▼c22588▼a고온  강도  설계▼c23199▼a환경강도▼c23700▼a부식기구와  종류▼c23711▼a부식쇠모와  강도  저하▼c24122▼a스테인리스강  용접  열영향부의  입계부식▼c24533▼a응력부식  균열▼c25044▼a부식  피로  강도▼c25855▼a내마모성▼c26466▼a이종재료  접합부의  역학적  특성▼c27177▼a이종재료  접합.복합화에  의한  열응력과  성능▼c27388▼a복합체의  변형과  강도▼c27799▼a이종  접합.복합체의  기능  평가법▼c28300▼a용접  사후처리와  그  목적▼c28711▼a용접후  열처리▼c28922▼a용접  사후  처리조건의  선정▼c29333▼a용접.접합부의  신뢰성과  품질관리▼c30144▼a신뢰성  개설▼c30155▼a용접  엑스퍼트  시스템▼c30366▼a용접접합부의  비파괴검사와  신뢰성▼c30677▼a품질관리▼c30988▼a설계의  자동화의현상▼c31399▼a차세대  설계  생산의  방향▼c32300▼a용접.접합법의  기본원리와  분류▼c33511▼a기본원리와  접합기구▼c33522▼a접합기구에의한  각종  용접.접합법▼c35933▼a아크용접법의  기초▼c36544▼a용접  아크  현상▼c36655▼a용접현상과  그  인자▼c37966▼a아크  용접  기기▼c39877▼a안전위생용  보조기기▼c44788▼a각종  아크용접법  및  기기▼c45599▼a피복  아크용접법▼c45500▼a티그  용접법▼c48511▼a플라즈마  용접법▼c50922▼a가스  실드  소모  전극식  아크  용접법▼c51833▼a셀프실드  아크용접법▼c55844▼a서브머지  아크  용접법▼c56955▼a일렉트로  가스  용접▼c60166▼a기타▼c60677▼a아크  용접의  검출과  자동화  시스템▼c61688▼a일렉트로  슬래그  용접법  및  기기▼c64199▼a원리와특징▼c64100▼a용접기기  및  장치▼c64311▼a용접재료와  용접  조건의  선정▼c64522▼a전자빔  용접의  원리와  특징▼c65533▼a용접  장치▼c65944▼a용접현상과  용접조건▼c66455▼a레이저  용접법  및  기기▼c67766▼a레이저  용접법의  원리와  특징▼c67777▼a레이저용접장치▼c68188▼a용접현상과  용접조건▼c68899▼a가스용접법의  원리와  특징▼c69900▼a가스  용접  기기  및  재료▼c70011▼a가스용접  시공과  그  특징▼c70622▼a테르밋용접법  및  기기▼c71333▼a테르밋  용접법의  원리와  특징▼c71344▼a테르밋  용접기기  및  재료▼c71455▼a테르밋용접시공▼c71666▼a겹침  저항용접법  및  기기▼c72377▼a스폿  용접▼c72388▼a겹침  프로젝션용접▼c75299▼a겹침  심  용접▼c7680000▼a겹츰  저항용접에서의  검출과  제어▼c7830101▼a맞댐  저항용접법및  기기▼c7930202▼a업세트  용접법▼c7930303▼a맞댐  프로젯션  용접법▼c8020404▼a맞댐  심  용접법▼c8100505▼a플래시용접법▼c8240606▼a납  접합법  및  기기▼c8390707▼a납접합의  특징과  원리▼c8400808▼a납땜(경납땜)▼c8480909▼a납땜(연납땜)▼c8621010▼a납땜  이음의강도와  성질▼c8751111▼a납땜,땜납땜  방법과  장치▼c8801212▼a고상접합법  및  기기▼c8951313▼a고정확산  접합법▼c8961414▼a액상확산  접합법▼c9131515▼a마찰압접법과  기기▼c9251616▼a상온압접법▼c9411717▼a폭발압접법▼c9481818▼a가스압접법▼c9551919▼a기타의  고상접합법▼c9642020▼a마이크로  접합법  및  기기▼c9792121▼a마이크로(미소)접합의  정의와  마이크로  접합법의  분류▼c9792222▼a마이크로  접합에서의  접합  현상▼c9812323▼a조립.실장에대한  마이크로  접합기술과  기기▼c10362424▼a접착,웰드본드법,용착법  및  접착제▼c10892525▼a접착법  및  접착이론▼c10902626▼a접착제와  그  선택▼c11052727▼a표면처리▼c11142828▼a접착장해와  그  대책▼c11182929▼a웰드본드법▼c11183030▼a용착법▼c11243131▼a로보트기술과  그  응용▼c11293232▼a범용  자동장치의특질과  문제점▼c11303333▼a산업용  로보트의  구성과  제어원리▼c11333434▼a산업용  로보트의  용접.접합분야에의  응용▼c11433535▼a용접.접합로보트의  기능▼c11493636▼a용접.접합로보트의  센서▼c11613737▼a용접.접합(절단)로보트의  실례,응용례▼c11683838▼a가열공법  및  열원의  신응용▼c11973939▼a열탄소성  가공법▼c12014040▼a열성형  가공법▼c12024141▼a변형  잡기  가공,변형  방지법▼c12154242▼a기타의  열가공  기술▼c12254343▼a열절단법▼c12354444▼a열전단법의기초▼c12364545▼a가스  절단법▼c12444646▼a플라즈마  절단법▼c12614747▼a레이저  절단법▼c12844848▼a열절단의  자동화▼c13034949▼a기타의  절단법▼c13115050▼a불꽃절삭과  기타  제거  가공▼c13185151▼a살붙이기용접법▼c13275252▼a살붙이기용접법의  특성과  종류▼c13285353▼a살붙이기용접법의기초와  살붙이기  용접재료▼c13355454▼a살붙이기  용접시공의  요점▼c13475555▼a살붙이기용접  응용  사례▼c13505656▼a용사법▼c13615757▼a용사법과  장치,주변기기▼c13625858▼a용사  프로섹스와  그  기구▼c13765959▼a용사시공의  요점▼c13846060▼a용접재료,용사피막의  특성▼c13896161▼a용사의  응용  사례▼c14176262▼a표면개질법▼c14296363▼a표면개질의  목적과  방법▼c14296464▼a열처리법▼c14326565▼a증착법▼c14456666▼a이온  주입법▼c14596767▼a급속  냉각.응고법▼c14666868▼a열원의  새로운  응용▼c14756969▼a금속제련▼c14767070▼a무기.유기화합물의  생성  및  분해▼c14897171▼a초미분의  생성▼c14987272▼a기타의  응용▼c15117373▼a각종재료의  용접.접합▼c15237474▼a금속재료▼c15237575▼a세라믹스▼c15687676▼a플라스틱▼c15837777▼a복합  재료▼c15907878▼a철.탄소강▼c16097979▼a철▼c16098080▼a탄소강▼c16118181▼a주철  및  주강▼c16318282▼a주철▼c16318383▼a주강▼c16398484▼a고장력강  초고장력강▼c16458585▼a용접구조용  고장력강▼c16458686▼a용접성▼c16658787▼a용접법▼c16988888▼a용접시공▼c17098989▼a내열강▼c17279090▼a일반적성질▼c17279191▼a용접성▼c17319292▼a용접시공▼c17389393▼a용접부의  제성질▼c17429494▼a저온용  강▼c17539595▼a종류와  성질▼c17539696▼a알루미  킬드강의  용접▼c17559797▼a저니켈강의  용접▼c17589898▼a9%  Ni강▼c17599999▼a극저온용  강철의  용접▼c17630000▼a스테인리스강▼c17670101▼a종류와  일반적  성질▼c17670202▼a용접  시공▼c17810303▼a용접  결함과  그  방지▼c17930404▼a용접부의  내식성▼c18020505▼a용접부의  응력부식  균열▼c18100606▼a용접부의  기계적  성질▼c18140707▼a확산  접합성▼c18210808▼a이재용접▼c18240909▼a클래드재▼c18351010▼a클래드재의  종류,제법  및  그  특징▼c18361111▼a클래드재의  절단▼c18391212▼a클래드재의  용접▼c18411313▼a초내열합금▼c18511414▼a종류와  일반적  성질▼c18511515▼a용접시공▼c18541616▼a용접  결함과  그  방지▼c18641717▼a용접  이음의  기계적  성질▼c18681818▼a확산  접합▼c18731919▼a납땜▼c18752020▼a경금속  및  그  합금▼c18832121▼a알루미늄  및  그  합금▼c18832222▼a마그네슘  및  그  합금▼c19442323▼a활성금속(Ti,Zr)  및  그  합금▼c19572424▼a티탄  및  그  합금▼c19572525▼a지르코늄  및  그  합금▼c19872626▼a고융점금속(Mo,W,NbTa)▼c19972727▼aMo,W의  성질과  용접.접합▼c19972828▼aNb,Ta의  성질과  용접.접합▼c20042929▼a기타의  금속  및  합금▼c20113030▼a구리  및  그  합금▼c20113131▼a니켈  및  그  합금▼c20183232▼a납  및  그  합금▼c20243333▼a귀금속▼c20273434▼a세라믹스▼c20313535▼a세라믹스의  종류와  특징▼c20313636▼a세라믹스  접합법의  종류와  특징▼c20423737▼a세라믹스의  접합법▼c20473838▼a금속계  복합재료▼c20713939▼a금속계복합재료의  제조와  성질▼c20714040▼a산화물  분산  강화  합금의  접합▼c20824141▼a섬유  강화  금속의  접합▼c20844242▼a금속계  신소재▼c20914343▼a소결합금의  특징과  접합▼c20914444▼a아몰파스합금의  특징과  접합▼c20974545▼a형상  기억합금의  특징과  접합▼c20994646▼a초전도재료의  특징과  접합▼c21054747▼a결정  제어  합금의  용접.접합▼c21094848▼a플라스틱재료▼c21194949▼a플라스틱의  종류와  특징▼c21195050▼a플라스틱의  접합▼c21215151▼a접착제의  종류와  특징▼c21255252▼a시공  및  관리시스템▼c21315353▼a시공  시스템▼c21335454▼a시공의  합리화▼c21395555▼a용접시공의  요점▼c21555656▼a접합시공의  요점▼c21645757▼a관리시스템▼c21755858▼a개설▼c21755959▼a대형  단일  제품의  관리▼c21816060▼a양산  제품의  관리▼c22016161▼a안전.위생▼c22196262▼a법령상의  규제▼c22196363▼a규격.기준류▼c22236464▼a용접  흄  및  가스▼c22266565▼a유해  광선▼c22366666▼a감전▼c22446767▼a로보트  용접의  안전▼c22466868▼a화상.화재▼c22516969▼a인정.검정  및  교육.훈련▼c22597070▼a규격.기준류▼c22237171▼a용접  흄  및  가스▼c22267272▼a유해  광선▼c22367373▼a감전▼c22447474▼a로보트용접의  안전▼c22467575▼a화상.화재▼c22517676▼a인정.검정  및  교육.훈련▼c22557777▼a용접기술자의  인정  제도와  교육▼c22557878▼a용접  기능자의  검정제도와  교육.훈련▼c22597979▼a시험.검사의  의의▼c22678080▼a시험.검사의  분류▼c22688181▼a용접성  시험방법의  종류▼c22718282▼a재질시험▼c22738383▼a용접부  특성시험▼c22758484▼a용접균열  시험▼c22788585▼a용착금속의  수소량  측정  시험▼c22898686▼a용접재료의  작업성  시험▼c22908787▼a이음의  성는시험방법의  종류▼c22978888▼a용접이음의  연성파괴  시험▼c22988989▼a용접이음의  취성파괴  시험▼c23039090▼a용접이음의  피로시험▼c23089191▼a용접이음의  크리프  파단시험▼c23139292▼a용접이음의  부식시험▼c23149393▼a프랙트그래피▼c23169494▼a비파괴시험방법의  종류▼c23219595▼a방사선  투과시험▼c23249696▼a초음파  탐상시험▼c23469797▼a자석가루  탐상시험▼c23699898▼a침투탐상시험▼c23779999▼a전자유도시험▼c23860000▼a어코스틱  에미션(AE)▼c23900101▼a용접이음의  외관  검사▼c23930202▼a변형  및  응력  측정방법▼c23980303▼a내압.누설시험▼c24080404▼a보수검사▼c24120505▼a겹침저항  용접이음의  시험방법▼c24230606▼a마이크로  접합부의  시험방법▼c24290707▼a접합부의  시험방법▼c24350808▼a납땜부의  시험방법▼c24400909▼a살붙임부의  시험방법▼c24411010▼a용사부의  시험방법▼c24431111▼a표면  개질부의  시험방법▼c24461212▼a클래드재의  시험방법▼c24481313▼a복합재의  시험방법▼c24501414▼a세라믹스의  시험방법▼c24511515▼a용접.접합기술의  개론▼c24571616▼a적용각론▼c24611717▼a선박▼c24611818▼a철도▼c24871919▼a자동차▼c25072020▼a항공기▼c25182121▼a우주  기기▼c25312222▼a보일러  및  압력용기▼c25392323▼a화학용  기기.저장탱크▼c25502424▼a원자력  기기▼c25692525▼a전기  기기▼c25862626▼a건설  기계▼c25962727▼a각종기계▼c26052828▼a건축.철탑.굴뚝▼c26172929▼a교량▼c26413030▼a수압  철관.수문짝▼c26593131▼a해양구조물.침매터널.강관  말뚝▼c26773232▼a파이프  라인▼c26923333▼a전자  기기.부품▼c27013434▼a신소재  이용  제품▼c27113535▼a부록▼c27233636▼a찾아보기▼c27373737
■653    ▼a용접  접합공학  편람,  Welding  coalescence  engineering  of  dictionary
■9500  ▼b￦250000

미리보기

내보내기

chatGPT토론

Ai 추천 관련 도서