MARC

 008021018s2002        ulka                    000a    kor
■020    ▼a89-7393-239-X
■0801  ▼a532
■082    ▼a620.106▼b하18ㅇ▼223
■090    ▼a620.106▼b하18ㅇ
■1000  ▼a하재현,  김양수,  권혁칠
■24510▼a유체역학▼d하재현,  김양수,  권혁칠  공저.
■260    ▼a서울▼b문운당▼c2002
■300    ▼a436p.▼b삽도▼c25cm
■505    ▼a제  1장  유체의  제성질▼a1-1  유체의  정의▼c1▼a1-2  유체의  분류▼c2▼a1-3  연속체▼c3▼a1-4  차원과  단위▼c4▼a【1】차원▼c4▼a【2】단위▼c5▼a1-5  밀도,  비체적  비중▼c11▼a1-6  기체의  상태방정식▼c14▼a1-7  기체의  압축성과  탄성▼c1700▼a1-8  점성▼c2111▼a1-9  표면장력과  모세관현상▼c3022▼a【1】표면장력▼c3033▼a【2】모세관현상▼c3244▼a1-10  액체의  포화증기압▼c3455▼a연습문제▼c3766▼a제  2장  유체정역학77▼a2-1  정지유체압의  특성▼c4188▼a【1】압력과  전(全)압력▼c4199▼a【2】압력과  단위▼c4200▼a【3】절대압과  계기압▼c4411▼a【4】압력의  성질▼c4422▼a2-2  유체정역학의  기초식▼c4833▼a【1】비압축성  유체  속에서  압력변화▼c4844▼a【2】압축성,  유체  속에서의  압력변화▼c5155▼a2-3  압력계▼c5666▼a【1】액  주  계▼c5677▼a【2】시차액주계▼c5888▼a【3】미  압  계▼c6099▼a【4】Bourdon관  압역계▼c6300▼a【5】기  압  계▼c6511▼a2-4  벽면에  미치는  액체의  힘▼c6522▼a【1】수평평면에  미치는  액체의  힘▼c6533▼a【2】연직평면에  미치는  액체의  힘▼c6644▼a【3】경사평면에  미치는  액체의  힘▼c6755▼a【4】곡면에  미치는  액체의  힘▼c7266▼a2-5  부력▼c7677▼a【1】Archimedes의  원리▼c7688▼a【2】비중계▼c7899▼a【3】부양체의  안정도▼c8000▼a2-6  상대적  평형상태▼c8311▼a【1】연직방향의  압력변화▼c8422▼a【2】수평방향의  압력변화▼c8433▼a【3】용기가  연직방향으로  가속도를  받을  ??의  압력변화▼c8544▼a2-7  상대적  평형에  있는  회전운동▼c8855▼a연습문제▼c9166▼a제  3장  유체운동의  기초이론77▼a3-1  흐르는  유체에  미치는  힘▼c10188▼a3-2  정상류와  비정상류▼c10299▼a3-3  유선,  유적선  및  유관▼c10400▼a【1】유선▼c10411▼a【2】유동장▼c10522▼a【3】유적선▼c10633▼a【4】유관▼c10744▼a3-4  1차원,  2차원,  3차원흐름▼c10855▼a3-5  유체입자의  속도와  가속도▼c10966▼a3-6  연속방정식▼c11277▼a3-7  Euler(오일러)의  운동방정식▼c11588▼a3-8  Bernoulli(베르누이)의  정리▼c11699▼a【1】이상유체의  정상류▼c11600▼a【2】이상유체의  비정상류▼c12111▼a3-9  Bernoulli의  정리의  응용▼c12222▼a【1】오리피스▼c12233▼a【2】Venturi계▼c12344▼a【3】Pitot관▼c12555▼a【4】펌프  및  수차▼c12866▼a【5】공동현상▼c12977▼a3-10  볼텍스운동▼c13188▼a【1】Bernoulli식의  확장▼c13199▼a【2】자유볼텍스운동▼c13300▼a【3】강제볼텍스운동▼c13611▼a【4】조합볼텍스▼c13822▼a【5】순환과  볼텍스  운동▼c13933▼a연습문제▼c14344▼a제  4장  운동량의  원리55▼a4-1  운동량의  원리▼c15166▼a4-2  운동량원리의  응용▼c15577▼a【1】단면이  변하는  관에  미치는  힘▼c15588▼a【2】만곡관로에  미치는  힘▼c15899▼a【3】평판에  충돌하는  분류의  힘▼c16000▼a【4】곡면판에  미치는  분류의  힘▼c16311▼a【5】분사추진▼c16622▼a【6】프로펠러의  이론▼c16933▼a【7】제트펌프▼c17144▼a4-3  운동량  모멘트의  원리▼c17255▼a연습문제▼c17566▼a제  5장  점성유체의  흐름77▼a5-1  유체의  흐름상태▼c17988▼a【1】층류와  난류▼c17999▼a【2】Reynolds의  실험▼c18000▼a5-2  평행평판  사이의  층류▼c18311▼a5-3  원관  속의  층류▼c18622▼a5-4  Stokes의  법칙▼c19133▼a연습문제▼c19444▼a제  6장  차원해석과  상사법칙55▼a6-1  차원해석▼c19766▼a6-2  유체현상의  차원해석▼c19977▼a【1】Hagen-Poiseuille의  법칙▼c19988▼a【2】흐름  속에  있는  물체의  항력▼c20199▼a【3】관로에서의  압력손실▼c2050000▼a6-3  π  정리▼c2060101▼a6-4  상사법칙▼c2090202▼a【1】무차원수▼c2120303▼a【2】Reynolds의  상사법칙▼c2150404▼a【3】Froude의  상사법칙▼c2160505▼a【4】Booth-Bairstow의  상사법칙▼c2170606▼a【5】Euler수와  압력계수▼c2180707▼a【6】Weber수▼c2200808▼a6-5  선박에  관한  상사법칙▼c2210909▼a연습문제▼c2251010▼a제  7장  관류와  유체마찰1111▼a7-1  관마착계수▼c2291212▼a7-2  원관  속의  흐름의  마찰손실▼c2331313▼a7-3  원관  속의  속도분포▼c2391414▼a7-4  원관이  아닌  관로의  마찰손실▼c2421515▼a7-5  경계층▼c2451616▼a【1】경계층의  흐름▼c2451717▼a【2】경계층의  두께▼c2461818▼a【3】경계층의  박리▼c2481919▼a【4】층류저층▼c2492020▼a연습문제▼c2522121▼a제  8장  관로의  제손실2222▼a8-1  관로에서의  손실수두▼c2552323▼a8-2  급확대관로에서의  손실▼c2572424▼a8-3  급축소관로에서의  손실▼c2602525▼a8-4  조주구간과  입구손실▼c2612626▼a8-5  점차확대관로에서의  손실▼c2632727▼a8-6  흐름의  방향이  변할  때의  손실▼c2672828▼a【1】2차흐름▼c2672929▼a【2】곡관에서의  손실▼c2683030▼a【3】엘보▼c2713131▼a8-7  밸브와  콕에  의한  손실▼c2733232▼a【1】슬루스  밸브▼c2733333▼a【2】글로브  밸브▼c2743434▼a【3】나비  너트  밸브▼c2743535▼a【4】플랩  밸브▼c2753636▼a【5】콕(cook)▼c2753737▼a8-8  직렬관에서의  손실▼c2773838▼a8-9  사이폰▼c2793939▼a8-10  등가관로▼c2814040▼a8-11  병렬관로▼c2824141▼a8-12  지상관로▼c2844242▼a8-13  관로망▼c2884343▼a연습문제▼c2924444▼a제  9장  항력과  양력4545▼a9-1  물체  둘레의  흐름▼c2954646▼a9-2  물체에  미치는  힘▼c2964747▼a9-3  물체의  항력▼c3004848▼a【1】원주의  항력▼c3004949▼a【2】구와  원판의  항력▼c3065050▼a【3】평판의  항력▼c3085151▼a【4】회전원판의  항력▼c3205252▼a9-4  양력▼c3215353▼a9-5  익형▼c3245454▼a연습문제▼c3285555▼a제  10장  개수로5656▼a10-1  개수로에서의  흐름상태▼c3315757▼a10-2  등속류의  속도▼c3325858▼a10-3  속도분포▼c3355959▼a10-4  유동저항이  작은  단면형▼c3366060▼a10-5  원형수로▼c3396161▼a10-6  개수로에서의  에너지,  상류,  사류▼c3416262▼a10-7  수력도약▼c3446363▼a연습문제▼c3486464▼a제  11장  압축성  유체의  흐름6565▼a11-1  압력파의  전파속도▼c3516666▼a11-2  Mach  수▼c3556767▼a11-3  에너지  방정식▼c3596868▼a11-4  전온,  정온  및  도온▼c3616969▼a11-5  온도,  압력,  비중량  및  Mach  수▼c3637070▼a11-6  이상유체의  등엔트로피  흐름▼c3657171▼a11-7  Fanno의  방정식▼c3697272▼a11-8  축소  .확대관▼c3707373▼a11-9  수격작용▼c3747474▼a【1】압력파의  기초식▼c3757575▼a【2】압력상승▼c3797676▼a【3】밸브를  급폐색할  때▼c3827777▼a연습문제▼c3857878▼a제  12장  유체측정법7979▼a12-1  비중,  밀도의  측정법▼c3878080▼a12-2  점도의  측정법▼c3898181▼a【1】세관식  점도계▼c3898282▼a【2】회전원통식  점도계▼c3928383▼a【3】낙구식  점도계▼c3948484▼a12-3    압력의  측정▼c3978585▼a【1】정압의  측정▼c3978686▼a【2】중량과  평행을  이루게  하는  압력계▼c3998787▼a【3】탄성을  이용한  압력계▼c4018888▼a【4】전기적  현상을  이용한  압력계▼c4018989▼a12-4  속도의  측정▼c4029090▼a【1】Pitot관에  의한  속도의  측정▼c4029191▼a【2】방향측정용  프로브▼c4079292▼a【3】열선풍속계▼c4109393▼a12-5  유량의  측정▼c4119494▼a【1】Pitot관에  의한  유량산출법▼c4119595▼a【2】Venturi  계▼c4139696▼a【3】오리피스▼c4149797▼a연습문제▼c4299898▼a찾아보기▼c4319999
■653    ▼a토목역학,  토목재료
■950    ▼b￦18000

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