MARC

 008080709s2007        ulka                    000      kor
■020    ▼a9788955912968
■0801  ▼a532
■082    ▼a620.106▼b문54ㅇ▼223
■090    ▼a620.106▼b문54ㅇ
■1001  ▼a문성수,  김항우  공저
■24510▼a(현장  실무를  위한)유체역학▼d문성수,  김항우  공저
■260    ▼a서울▼b(주)한솔아카데미▼c2007
■300    ▼a286p.▼b삽도▼c27cm
■505    ▼a1  Subject.  서론▼c1▼a유체(Fluid)  분류▼c2▼a2.  운동의  제2법칙(Newton  s  '  second  law)▼c2▼a3.  차원과  단위(Dimensions  and  Unit)▼c3▼a3-1  차원계(Dimensions)▼c4▼a3-2  단위계(Units)▼c5▼a3-3  차원과  단위  해석▼c6▼a4.  유체의  성질(Properties)▼c8▼a5.  뉴턴의  점성  법칙(Viscosity  law)▼c10▼a5-1  절대점성계수▼c1200▼a5-2  동점성계수▼c1311▼a6.  상태방정식(State  equation)▼c1422▼a7.  유체의  압축성(Compressibillty)▼c1533▼a8.  음속(Acoustic  velocity)▼c1744▼a9.  표면장력(Surface  tension)▼c1955▼a9-1  비눗방울의  표면장력▼c1966▼a9-2  모세관  현상(Capillery  effect)▼c2077▼a핵심정리▼c2288▼a출제예상문제▼c2399▼a2  Subject.  유체  정역학▼c2900▼a1.  압력(Pressure)▼c3011▼a2.  파스칼의  원리(Pascal's  principle)▼c3222▼a3.  정지유체  내의  압력▼c3433▼a4.  액주계(Manometer)▼c3644▼a5.  수문에  작용하는  힘(Force  of  pressure)▼c3955▼a5-1  수평평면▼c3966▼a5-2  수직평면과  경사평면▼c4077▼a5-3  곡면▼c4488▼a6.  부력(Buoyant  fore)▼c4599▼a6-1  아르키메데스  1원리▼c4600▼a6-2  아르키메데스  2원리▼c4711▼a7.  부양체의  안정(Stability  of  floating  body)▼c4822▼a8.  상대적  평형(Equilibrium  of  relativity)▼c5133▼a8-1  수평등가속도  운동▼c5144▼a8-2  수직등가속도  운동▼c5355▼a8-3  등속회전  운동▼c5466▼a핵심정리▼c5777▼a출제예상문제▼c5888▼a3  Subject.  유체  운동학▼c6799▼a1.  유체유동의  분류▼c6800▼a2.  유선,  유적선,  유맥선(Stream  line,  path  line,  Streak  line)▼c6911▼a2-1  유선(Stream  line)▼c6922▼a2-2  유적선(Path  line)▼c7133▼a2-3  유맥선(Streak  line)▼c7144▼a3.  연속방정식(Continuity  equation)▼c7155▼a4.  오일러  방정식(Euler  equation)▼c7466▼a5.  베르누이  방정식(Vernoulli  equation)▼c7577▼a5-1  토르첼리  효과(Torricelli  effect)▼c7788▼a5-2  벤투리계(Venturimeter)▼c7999▼a6.  동압과  정압(Dynamic  and  static  pressure)▼c8200▼a7.  공률(Power)▼c8411▼a핵심정리▼c8622▼a출제예상문제▼c8733▼a4  Subject.  유체  운동량  방정식▼c9544▼a1.  충격력과  운동량의  변화량▼c9655▼a2.  유체의  운동량  방정식▼c9766▼a2-1  관에  작용하는  힘▼c9877▼a2-2  평판에  작용하는  힘▼c10188▼a2-3  날개에  작용하는  힘▼c10499▼a3.  스프링클러(Sprinkler)와  프로펠러(Propellar)▼c10600▼a3-1  스프링클러▼c10611▼a3-2  프로펠러▼c10722▼a4.  분류에  의한  추진▼c11133▼a4-1  물탱크▼c11144▼a4-2  제트  추진▼c11155▼a4-3  로켓(Rocket)▼c11266▼a핵심정리▼c11377▼a출제예상문제▼c11488▼a5  Subject.  점성유동▼c12199▼a1.  층류와  난류(Laminar  and  turbulent  flow)▼c12200▼a2.  하겐-푸아젤  방정식(Hagen-Poseuille  equation)▼c12411▼a3.  난류의  특성▼c12922▼a4.  경계층  유동(Boundary  layer  flow)▼c13333▼a5.  물체  주위의  유동▼c13744▼a5-1  박리와  후류(Separation  and  wake)▼c13755▼a5-2  항력과  양력(Drag  and  lift  force)▼c13866▼a핵심정리▼c14277▼a출제예상문제▼c14388▼a6  Subject.  관  유동(Pipe  flow)▼c14999▼a1.  원형관에서의  손실수두▼c15000▼a2.  비원형관에서의  손실수두▼c15411▼a3.  부차적  손실(Minor  losses)▼c15522▼a3-1  돌연확대관▼c15533▼a3-2  돌연축소관▼c15744▼a3-3  점진확대관▼c15855▼a3-4  관  상당길이▼c15966▼a핵심정리▼c16277▼a출제예상문제▼c16388▼a7  Subject.  차원해석과  상사법칙▼c16799▼a1.  차원  해석▼c16800▼a1-1  무차원수▼c16811▼a1-2  버킹햄의  PI  정리▼c17022▼a2.  상사법칙(Similitude  law)▼c17133▼a핵심정리▼c17444▼a출제예상문제▼c17555▼a8  Subject.  개수로  유동▼c17966▼a1.  유동의  분류▼c18077▼a2.  등류-셰지(Chezy)  방정식▼c18088▼a3.  최적유량  단면▼c18299▼a4.  수력도약(hydraulic  jump)▼c1850000▼a5.  비에너지와  임계  깊이(specific  energy  and  critical  depth)▼c1880101▼a핵심정리▼c1910202▼a출제예상문제▼c1920303▼a부록▼c2190404▼a2000년  과년도  출제문제▼c2200505▼a2001년  과년도  출제문제▼c2320606▼a2002년  과년도  출제문제▼c2400707▼a2003년  과년도  출제문제▼c2440808▼a2004년  과년도  출제문제▼c2620909▼a2005년  과년도  출제문제▼c2741010▼a9  Subject.  압축성  유동▼c1931111▼a1.  마하수와  마하각▼c1941212▼a2.  변화  단면에서의  압축성  유동▼c1971313▼a3.  충격파(Shock  wave)▼c2001414▼a핵심정리▼c2021515▼a출제예상문제▼c2031616▼a10  Subject.  유체  계측▼c2051717▼a1.  밀도,  비중량,  비중  측정▼c2061818▼a2.  점도계수  측정▼c2081919▼a3.  유속  측정▼c2102020▼a4.  유량  측정▼c2122121▼a핵심정리▼c2152222▼a출제예상문제▼c2162323
■9500  ▼c15,000

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