MARC

 008021018s2000        ulka                    000      kor
■020    ▼a89-88397-72-X
■085    ▼a531.3▼2UDC
■090    ▼a531.3▼bB415v
■1000  ▼a이장무,  Beer  ,  Johnston  저  /
■24510▼aVector  -  동역학▼dBeer  ,  Johnston  저  /  이장무  역.
■260    ▼a서울▼b(주식회사)사이텍미디어▼c2000
■300    ▼a774p.▼b삽도▼c28cm
■653    ▼aVector  Mechanics  for  Engineers-DYNAMICS
■9500  ▼b￦30000
■971    ▼aBeer  ,  Johnston  저  /  이장무  역.
■505    ▼a제  1  장  서    론▼a1.1  동역학  개론▼c3▼a질점의  직선운동▼c4▼a1.2  위치,  속도,  가속도▼c4▼a1.3  질점운동의  결정▼c7▼a문제풀이  지침▼c13▼a연습문제▼c14▼a1.4  등속  직선운동▼c18▼a1.5  등가속  직선운동▼c18▼a1.6  여러  질점의  운동▼c1900▼a문제풀이  지침▼c2411▼a연습문제▼c2622▼a1.7  도식적  방법에  의한  직선운동  문제의  풀이▼c3233▼a1.8  다른  도식적  방법▼c3344▼a문제풀이  지？ㅁ▼c3655▼a연습문제▼c3866▼a질점의  곡선운동▼c4477▼a1.9  위치벡터,  속도  및  가속도▼c4488▼a1.10  벡터함수의  도함수▼c4699▼a1.11  속도와  가속도의  직각좌표  성분▼c4900▼a1.12  병진운동을  하는  좌표계에  대한  운동▼c5011▼a문제풀이  지침▼c5522▼a연습문제▼c5733▼a1.13  접선방향과  법선방향  성분▼c6744▼a1.14  반경방향과  횡방향  선분▼c7055▼a문제풀이  지침▼c7466▼a연습문제▼c7677▼a복습  및  요약▼c8488▼a복습문제▼c8899▼a제  2  장  질점의  동역학  :뉴튼의  제  2  법칙00▼a2.1  서론▼c9511▼a2.2  뉴튼의  운동  제  2  법칙▼c9622▼a2.3  질점의  선형운동량,  선형운동량의  변화율▼c9733▼a2.4  국제단위계▼c9844▼a운동방정식▼c9955▼a2.6  동적  평형▼c10166▼a문제풀이  지침▼c10777▼a연습문제▼c109▼d2.7  질점의88▼a2.7  질점의  각운동량,  각운동량의  변화율▼c12299▼a2.8  반경방향과  횡방향  성분에  의한  운동방정식▼c12300▼a2.9  중심력에  의한  운동.  각운동량의  보존▼c12411▼a2.10  뉴튼의  인력법칙▼c12522▼a문제풀이  지침▼c12833▼a연습문제▼c12944▼a2.11  중심력에  의한  질점의  궤적▼c13455▼a2.12  우주역학에의  응용▼c13566▼a2.13  행성의  운동에  대한  케플러의  법칙▼c13977▼a문제풀이  지침▼c14188▼a연습문제▼c14399▼a복습  및  요약▼c14900▼a복습문제▼c15211▼a제  3  장  질점의  운동역학  :  에너지  운동량  방법22▼a3.1  서론▼c15933▼a3.2  힘이  하는  일▼c16044▼a3.3  질점의  운동에너지  .  일과  에너지  법칙▼c16355▼a3.4  일과  에너지  법칙의  이용▼c16566▼a3.5  일률과  효울▼c16677▼a문제풀이  지침▼c17288▼a연습문제▼c17499▼a3.6  위치에너지▼c18400▼a3.7  보존력▼c18611▼a3.8  에너지의  보존▼c18822▼a3.9  보존적인  중심력하의  운동.  우주역학에의  적용▼c18933▼a문제풀이  지침▼c19544▼a연습문제▼c19755▼a3.10  충격량과  운동량의  법칙▼c21066▼a3.11  충격운동▼c21277▼a운제풀이  지침▼c21688▼a연습문제▼c21899▼a3.12  충돌▼c22500▼a3.13  정면중심충돌▼c22511▼a3.14  경사중심충돌▼c22822▼a3.15  에너지와  운동량에  대한  문제▼c23133▼a문제풀이  지침▼c23744▼a연습문제▼c23955▼a복습  및  요약▼c24766▼a복습문제▼c25377▼a제  4  장  질  점  계88▼a4.1  서론▼c26199▼a4.2  질점계의  운동에  대한  뉴튼  법칙의  응용.  유효력▼c26200▼a4.3  질점게의  선형운동량  및  각운동량▼c26511▼a4.4  질점계의  질장중심의  운동▼c26622▼a4.5  질량중심에  대한  질점계의  각운동량▼c26733▼a4.6  질점계에  대한  운동량  보존▼c26944▼a문제풀이  지침▼c27155▼a연습문제▼c28666▼a4.7  질점계의  운동에너지▼c27977▼a4.8  일-에저니법칙.  질점계에  대한  에너지  보존▼c28088▼a4.9  질점계애  대한  충격량과  운동량의  법칙▼c28099▼a문제풀이  지침▼c27100▼a연습문제▼c27211▼a4.10  가변질점계▼c29222▼a4.11  질점의  일정한  유동▼c29233▼a4.12  질량을  얻거나  잃는  계▼c29544▼a문제풀이  지침▼c30055▼a연습문제▼c30266▼a복습  및  요약▼c31077▼a복습문제▼c31388▼a제  5  장  강체의  운동학99▼a5.1  서론▼c3210000▼a5.2  병진운동▼c3230101▼a5.3  고정축에  대한  회전운동▼c3240202▼a5.4  고정축에  대한  강체의  회전운동을  정의하는  방정식▼c3270303▼a문제풀이  지침▼c3290404▼a연습문제▼c3310505▼a5.5  일반적인  평면운동▼c3370606▼a5.6  평면운동에서의  절대속도와  상대속도▼c3390707▼a문제풀이  지침▼c3440808▼a연습문제▼c3450909▼a5.7  평면운동에서의  순간회전중심▼c3511010▼a문제풀이  지침▼c3551111▼a연습문제▼c3571212▼a5.8  평면운동에서의  절대가속도와  상대가속도▼c3631313▼a5.9  매개변수로  나타낸  평면운동의  해석▼c3651414▼a문제풀이  지침▼c3701515▼a연습문제▼c3721616▼a5.10  회전좌표계에  대한  벡터의  변화율▼c3791717▼a5.11  회전좌표계에  대한  질점의  평면운동.  코리올리가속도▼c3801818▼a문제풀이  지침▼c3861919▼a연습문제▼c3872020▼a5.12  고정점에  대한  운동▼c3932121▼a5.13  일반운동▼c3962222▼a문제풀이  지침▼c3992323▼a연습문제▼c4012424▼a5.14  회전좌표계에  대한  질점의  3차원  운동.  코리올리  가속도▼c4072525▼a5.15  일반운동에서  기준좌표계▼c4092626▼a문제풀이  지침▼c4142727▼a연습문제▼c4162828▼a복습  및  요약▼c4212929▼a복습문제▼c4283030▼a제  6  장  강체의  평면운동  :  힘과  가속도3131▼a6.1  서론▼c4353232▼a6.2  강체에  대한  운동방정식▼c4363333▼a6.3  평면운동에  있어서  강체의  각운동량▼c4373434▼a6.4  강체의  평면운동.  당량베르(D'Alembert)의  법칙▼c4383535▼a6.5  강체역학의  공리에  관한  고찰▼c4413636▼a6.6  강체운동을  포함하는  문제의  해▼c4413737▼a6.7  강체들의  계▼c4433838▼a문제풀이  지침▼c4493939▼a연습문제▼c4514040▼a6.8  구속된  평면운동▼c4624141▼a문제풀이  지침▼c4714242▼a연습문제▼c4734343▼a복습  및  요약▼c4854444▼a복습문제▼c4884545▼a제  7  장  강체의  평면운동  :  에너지  방법과  운동량  방법4646▼a7.1  서론▼c4954747▼a7.2  강체에  대한  일과  에너지  법칙▼c4954848▼a7.3  강체에  작용하는  힘이  하는  일▼c4964949▼a7.4  평면운동을  하는  강체의  운동에너지▼c4975050▼a7.5  강체계▼c4995151▼a7.6  에너지보존▼c4995252▼a7.7  일률▼c5005353▼a문제풀이  지침▼c5065454▼a연습문제▼c5085555▼a7.8  강체의  평면운동에  대한  충력량과  운동량  법칙▼c5175656▼a7.9  강체계▼c5195757▼a7.10  각운동량의  보존▼c5205858▼a문제풀이  지침▼c5245959▼a연습문제▼c5256060▼a7.11  충격운동▼c5346161▼a7.12  편심충돌▼c5346262▼a문제풀이  지침▼c5416363▼a연습문제▼c5426464▼a복습  및  요약▼c5496565▼a복습문제▼c5536666▼a제  8  장  3  차원  강체의  동역학6767▼a8.1  서론▼c5596868▼a8.2  3차원  강체의  각운동량▼c5606969▼a8.3  강체의  3차원  운동에  대한  충격량과  운동량법칙의  응용▼c5637070▼a8.4  3차원에서의  강체의  운동에너지▼c5647171▼a문제풀이  지침▼c5687272▼a연습문제▼c5707373▼a8.5  3차원  강체운동▼c5787474▼a8.6  오일러의  운동장정식.  달량베르법칙의  3차원  강체  운동에  대한  확장▼c5797575▼a8.7    고정점에  대한  강체운동▼c5807676▼a8.8  고정축에  대한  강체의  회전▼c5817777▼a문제풀이  지침▼c2877878▼a연습문제▼c5897979▼a8.9  자이로스코프의  운동.  오일러의  각▼c5988080▼a8.10  자이로스코프의  정상세차운동▼c6008181▼a8.11  외력이  없을  때  축대칭  물체의  운동▼c6018282▼a문제풀이  지침▼c6058383▼a연습문제▼c6078484▼a복습  및  요약▼c6168585▼a복습문제▼c6218686▼a제  9  장  기계적  진동8787▼a9.1  서론▼c6298888▼a비감쇠진동▼c6308989▼a9.2  질점의  자유진동.  단순조화운동▼c6309090▼a9.3  단진다(근사해)▼c6349191▼a9.4  단진자(엄밀해)▼c6349292▼a문제풀이  지침▼c6379393▼a연습문제▼c6399494▼a9.5  강체의  자유진동▼c6459595▼a문제풀이  지침▼c6499696▼a연습문제▼c6519797▼a9.6  에너지보존법칙의  응용▼c6579898▼a문제풀이  지침▼c6609999▼a연습문제▼c6620000▼a9.7  강제진동▼c6680101▼a문제풀이  지침▼c6720202▼a연습문제▼c6740303▼a감쇠진동▼c6790404▼a9.8  감쇠자유진동▼c6790505▼a9.9  감쇠강제진동▼c6810606▼a9.10  전기적  상사▼c6820707▼a문제풀이  지침▼c6870808▼a연습문제▼c6890909▼a복습  및  요약▼c6941010▼a복습문제▼c6991111▼a부록A  벡터  대수학에서  중요한  정의  및  성질들▼c7041212▼a부록  B  질량관성모멘트▼c7101313▼a부록C  기구학과  미국  단위계▼c7501414▼a해답▼c7571515▼a찾아보기▼c7731616

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