MARC

 008021018s2001        ulka                    000a    kor
■020    ▼a89-88932-27-7
■0801  ▼a62-11
■082    ▼a621.815▼b송66ㄱ▼223
■090    ▼a621.815▼b송66ㄱ
■1000  ▼a송윤섭
■24510▼a기계설계론▼d송윤섭  역.
■260    ▼a서울▼b내하출판사▼c2001
■300    ▼a720p.▼b삽도▼c26cm
■505    ▼a1부  기본  원리(FUNDAMENTALS)▼a제  1장  기계설계  총론(Introduction  to  Machine  Design)▼c3▼a1.1  기계설계란  무엇인가?▼c5▼a1.2  설계과정▼c7▼a1.3  기계설계의  기본  배경▼c12▼a1.4  기계설계의  철학▼c13▼a1.5  기계설계의  주요  분야▼c17▼a1.6  이  책의  목표▼c18▼a1.7  문제▼c18▼a제  2장  기계설계  과정(The  Mechanical  Design  Process)▼c2100▼a2.1  서론▼c2311▼a2.2  설계  문제의  유형▼c2422▼a2.3  설계과정▼c2733▼a2.4  설계과정의  적용▼c3244▼a2.5  요약▼c4155▼a2.6  문제▼c4366▼a제  3장  파손  분석  및  치수결정(Failure  Analysis  and  Dimensional  Determination)▼c4577▼a3.1  서론▼c4788▼a3.2  재료▼c4899▼a3.3  인장  정강도▼c5200▼a3.4  디자인의  재료  특성▼c5811▼a3.5  압축  및  전단  정강도▼c62]22▼a3.6  동하중▼c6233▼a3.7  동강도▼c6344▼a3.8  피로  파손-내구한도  선도▼c6655▼a3.9  응력파손설▼c6966▼a3.10  응력집중▼c7277▼a3.11  응력집중을  줄이는법▼c7788▼a3.12  허용응력과  안전계수▼c7999▼a3.13  항복강도와  탄성계수에  대한  온도의  영향▼c8200▼a3.14  크리프:  소성현상▼c8311▼a3.15  열  응력▼c8422▼a3.16  억지  끼워맞춤▼c8733▼a3.17  요약▼c9144▼a3.18  단위,  부호  및  공식▼c9255▼a3.19  서술형  및  계산형  문제▼c9466▼a제  4장  공학설계  도구  :  유한요소  해석(Engineering  Design  Tools:  Finite  ElementAnalysis)▼c9977▼a4.1  서론▼c10188▼a4.2  기본  개념▼c10499▼a4.3  트러스  및  보  요소▼c10900▼a4.4  변환행렬▼c11611▼a4.5  응력법  및  행렬식법▼c12122▼a4.6  기타  유한요소  문제  및  대화식  설계▼c12633▼a4.7  상용  프로그램▼c12944▼a4.8  요약▼c13055▼a4.9  단위,  부호  및  공식▼c13266▼a4.10  문제▼c13877▼a제  5장  생산설계(Design  for  Manufacture)▼c14188▼a5.1  동시공학▼c14399▼a5.2  컴퓨터  통합  생산▼c14400▼a5.3  생산공정▼c14811▼a5.4  생산  및  조립의  용이성▼c15822▼a5.5  환경친화적  설계▼c16433▼a5.6  원형(시제품)  생산▼c16544▼a5.7  강건설계  및  가변성  감소▼c16755▼a5.8  품질  개선  평가▼c16766▼a5.9  설계  및  생산  대안▼c17477▼a5.10  요약▼c17788▼a5.11  단위,  부호  및  공식▼c18199▼a5.12  문제▼c18300▼a2부  기계요소설계(DESIGN  OF  MECHANICAL  ELEMENTS)11▼a제  6장  저널  베어링,  스러스  베어링  및  윤활(Journal  Bearings,  Thrust  Bearings,  and  Lubrication)▼c18722▼a6.1  서론▼c18933▼a6.2  저널  베어링▼c19044▼a6.3  저널  베어링의  마찰  해석▼c19355▼a6.4  저널  베어링  압력▼c19966▼a6.5  윤활제의  특성▼c20277▼a6.6  저널  베어링의  유체  작용▼c20788▼a6.7  미끄럼  접촉  스러스트  베어링▼c21099▼a6.8  다공성  베어링▼c21300▼a6.9  다공성  베어링▼c21311▼a6.9  자동조심형  저널  베어링▼c21422▼a6.10  저널  베어링에서  열  방생▼c21533▼a6.11  요약▼c22144▼a6.12  단위,  부호  및  공식▼c22255▼a6.13  서술형  및  계산형  문제▼c22566▼a제  7장  윤활  베어링(Antifriction  Bearing)▼c22977▼a7.1  서론▼c23188▼a7.2  구름저항▼c23299▼a7.3  볼  베어링▼c23500▼a7.4  롤러  베어링▼c24111▼a7.5  니들  베어링▼c24422▼a7.6  스러스트  베어링▼c24633▼a7.7  윤활  베어링의  수명▼c24744▼a7.8  윤활  베어링의  윤활▼c25455▼a7.9  윤활  베어링의  설치▼c25566▼a7.10  예탑제  베어링▼c25777▼a7.11  저널  베어링  대  윤활  베어링▼c25888▼a7.12  요약▼c25999▼a7.13  단위,  부호  및  공식▼c26100▼a7.14  서술형  및  계산형  문제▼c26211▼a제  8장  축과  축이음(Shafts  and  Couplings)▼c26522▼a8.1  서론▼c26733▼a8.2  일률-토크  방정식▼c26944▼a8.3  원형  축의  비틀림▼c27055▼a8.4  원형  축의  굽힘▼c27566▼a8.5  비틀림과  굽힘의  조합응력▼c27877▼a8.6  축의  임계속도▼c28288▼a8.7  가요성  축▼c28799▼a8.8  키▼c2900000▼a8.9  고정  축이음▼c2960101▼a8.10  가요성  축이음▼c3000202▼a8.11  오울덤  축이음▼c3020303▼a8.12  유니버설  조인트▼c3030404▼a8.13  토크  제한  축이음▼c3040505▼a8.14  요약▼c3090606▼a8.15  단위,  부호  및  공식▼c3100707▼a8.16  서술형  및  계산형  문제▼c3130808▼a제  9장  캠의  분석과  응용(Analysis  and  Applications  of  Cams)▼c3170909▼a9.1  서론▼c3191010▼a9.2  캠  형상의  유형▼c3201111▼a9.3  캠  종동절의  유형▼c3251212▼a9.4  캠  용어▼c3261313▼a9.5  종동절  운동의  유형▼c3291414▼a9.6  등속도운동▼c3301515▼a9.7  등가속도(포물선)운동▼c3341616▼a9.8  단순조화운동▼c3391717▼a9.9  사이클로이드운동▼c3441818▼a9.10  캠  윤곽의  레이아웃▼c3501919▼a9.11  최대  압력각의  결정▼c3582020▼a9.12  최대  허용  압력각의  결정▼c3602121▼a9.13  압력각을  감소시키는  방법▼c3642222▼a9.14  캠과  종동절의  실제적인  설계  고려사항▼c3652323▼a9.15  요약▼c3692424▼a9.16  단위,  부호  및  공식▼c3702525▼a9.17  서술형  및  계산형  문제▼c3712626▼a제  10장  기어의  기본  이론(Fundamentals  of  Gears)▼c3772727▼a10.1  서론▼c3792828▼a10.2  기어  용어▼c3802929▼a10.3  평기어의  기본  공식▼c3863030▼a10.4  속도비▼c3883131▼a10.5  인벌류우트  치형곡선▼c3903232▼a10.6  기어  이의  간섭과  언더컷▼c3933333▼a10.7  접촉비▼c3943434▼a10.8  랙과  피니언▼c3973535▼a10.9  내접  평기어▼c3983636▼a10.10  기어의  제조방법▼c3993737▼a10.11  기어  이의  표준  크기▼c4023838▼a10.12  평기어의  치차력과  굽힘  강도▼c4033939▼a10.13  평기어의  마모강도▼c4094040▼a10.14  평기어의  설계▼c4114141▼a10.15  요약▼c4184242▼a10.16  단위,  부호  및  공식▼c4194343▼a10.17  서술형  및  계산형  문제▼c4224444▼a제  11장  기어전동장치(Gear  Drive  Systems)▼c4254545▼a11.1  서론▼c4274646▼a11.2  헬리컬기어▼c4294747▼a11.3  헤링본기어▼c4324848▼a11.4  베벨기어▼c4334949▼a11.5  윔  &  휠  기어▼c4355050▼a11.6  단순기어열▼c4405151▼a11.7  복합기어열▼c4445252▼a11.8  복귀기어열▼c4475353▼a11.9  유성기어열▼c4515454▼a11.10  자동차  변속기▼c4555555▼a11.11  요약▼c4595656▼a11.12  단위,  부호  및  공식▼c4595757▼a11.13  서술형  계산형  문제▼c4605858▼a제  12장  벨트와  체인(Belts  and  Chains)▼c4635959▼a12.1  벨트에  대한  서론▼c4656060▼a12.2  평벨트▼c4676161▼a12.3  접촉각과  벨트  길이▼c4696262▼a12.4  평벨트  설계▼c4746363▼a12.5  V  벨트▼c4786464▼a12.6  변속  V벨트  전동▼c4856565▼a12.7  기타  벨트  전동▼c4866666▼a12.8  롤러  체인▼c4896767▼a12.9  체인의  기하학적  관계  및  작동조건▼c4926868▼a12.10  롤러  체인의  전동  성능▼c4966969▼a12.11  요약▼c5017070▼a12.12  단위,  부호  및  공식▼c5027171▼a12.13  서술형  및  계산형  문제▼c5057272▼a제  13장  클러치와  브레이크(Clutches  and  Brakes)▼c5097373▼a13.1  서론▼c5117474▼a13.2  조우  클러치▼c5127575▼a13.3  판  클러치▼c5137676▼a13.4  원추  클러치▼c5167777▼a13.5  스프링  클러치▼c5217878▼a13.6  오버러닝  클러치▼c5217979▼a13.7  전기  클러치▼c5238080▼a13.8  유체  클러치▼c5248181▼a13.9  건  유체  클러치▼c5248282▼a13.10  블록  브레이크▼c5258383▼a13.11  밴드  브레이크▼c5308484▼a13.12  자동차  드럼  브레이크▼c5408585▼a13.13  자동차  디스크  브레이크▼c5408686▼a13.14  요약▼c5438787▼a13.15  단위,  부호  및  공식▼c5448888▼a13.16  서술형  문제와  계산형  문제▼c5468989▼a제  14장  기계적  패스너와  동력나사(Mechanical  Fasteners  and  Power  Screws)▼c5519090▼a14.1  서론▼c5539191▼a14.2  나사의용어▼c5549292▼a14.3  일반적인  나사  패스널▼c5589393▼a14.4  와셔▼c5639494▼a14.5  리테이닝  링▼c5659595▼a14.6  핀  패스너▼c5669696▼a14.7  기타  패스너▼c5689797▼a14.8  동력나사▼c5739898▼a14.9  패스너의  힘  해석▼c5829999▼a14.10  리벳  이음▼c5950000▼a14.11  용접  이음▼c6000101▼a14.12  요약▼c6040202▼a14.13  단위,  부호  및  공식▼c6050303▼a14.14  서술형  및  계산형  문제▼c6080404▼a제  15장  스프링  설계(Spring  Design)▼c6130505▼a15.1  서론▼c6150606▼a15.2  압축  및  신장  코일  스프링▼c6170707▼a15.3  원형  와이어  단면을  갖는  헬리컬  코일  스프링의  응력▼c6210808▼a15.4  스프링  재료와  허용  응력▼c6240909▼a15.5  코일  스프링의  처짐  및  설계▼c6261010▼a15.6  직렬  및  병렬  배열▼c6341111▼a15.7  동하중▼c6381212▼a15.8  판  스프링▼c6431313▼a15.9  기타  일반적인  스프링  형상▼c6481414▼a15.10  요약▼c6551515▼a15.11  단위,  부호  및  공식▼c6561616▼a15.12  서술형  및  계산형  문제▼c6571717▼a제  16장  기계부재의  동하중과  축의  동적평형(Dynamic  Loads  on  Machine  Members  andDynamic  Balancing  of  Shafts)▼c6631818▼a16.1  서론▼c6651919▼a16.2  충격방정식▼c6652020▼a16.3  최소단면적의  체적▼c6682121▼a16.4  축의  동적평형▼c6732222▼a16.5  요약▼c6792323▼a16.6  단위,  부호  및  공식▼c6792424▼a16.7  서술형  및  계산형  무제▼c6802525▼a제  17장  설계  프로젝트(Design  Projects)▼c6852626▼a17.1  서론▼c6872727▼a17.2  프로젝트  문서  보고서▼c6882828▼a17.3  설계  프로젝트▼c6912929▼a부록▼c7013030▼a찾아보기▼c7113131
■950    ▼b￦24000
■971    ▼a송윤섭  역.

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