MARC

 008061114s2003        ulka                    000a    kor
■020    ▼a89-8445-212-2
■0801  ▼a532
■082    ▼a620.106▼bS665ㅇ▼223
■090    ▼a620.106▼bS665ㅇ
■1000  ▼asmits,  Alexander  J.
■24510▼a유체역학/▼dAlexander  J.  smits  지음▼e▼e허남건,  정은수,  주원구,  김사량  옮김
■260    ▼a서울▼b(도서출판)시그마  프레스,▼c2003
■300    ▼a664p.:p.▼b삽도▼c25cm
■505    ▼a제1장  서론▼c1▼a1.1  유체의  성질▼c3▼a1.2  유체의  응력▼c6▼a1.3  압력▼c7▼a1.4  점성응력▼c25▼a1.5  점성의  측정▼c31▼a1.6  경계층▼c33▼a1.7  층류와  난류  유동▼c36▼a1.8  **표면장력▼c38▼a1.9  단위와  차원▼c4200▼a제2장  유체정역학▼c4911▼a2.1  정수력학  방정식▼c4922▼a2.2  절대  압력과  계기  압력▼c5133▼a2.3  정수력학  방정식의  응용▼c5444▼a2.4  폭이  일정한  수직  벽▼c6055▼a2.5  폭이  일정한  경사진  벽▼c7166▼a2.6  곡면에  작용하는  정수력학  힘▼c7877▼a2.7  2차원  면▼c8188▼a2.8  **압력의  중심,  면적모멘트▼c8799▼a2.9  아르키메데스의  원리▼c8900▼a2.10  **떠  있는  물체의  안정성▼c9211▼a2.11  **강체운동하는  유체▼c9222▼a제3장  유체의  운동  I▼c11533▼a3.1  서론▼c11544▼a3.2  유체입자와  검사체적▼c11555▼a3.3  유선과  유관▼c12066▼a3.4  유동장의  차원▼c12877▼a3.5  질량보존▼c12988▼a3.6  운동량  방정식▼c13299▼a3.7  점성력과  에너지  손실▼c13700▼a제4장  유체의  운동  II▼c14911▼a4.1  서론▼c14922▼a4.2  베르누이  방정식▼c14933▼a4.3  정체압과  동압▼c15344▼a4.4  압력-속도  변동▼c15555▼a4.5  베르누이  방정식의  응용▼c15766▼a4.6  베르누이  방정식과  배수통▼c16577▼a4.7  *에너지  방정식▼c17188▼a제5장  적분  형태의  운동방정식▼c19399▼a5.1  플럭스▼c19300▼a5.2  연속방정식▼c19711▼a5.3  운동량  방정식▼c20622▼a5.4  레이놀즈  수송정리▼c21433▼a5.5  *에너지  방정식▼c21644▼a제6장  운동의  미분  방정식▼c23155▼a6.1  유체입자를  따른  변화율▼c23166▼a6.2  연속  방정식▼c23877▼a6.3  운동량  방정식▼c24188▼a6.4  *강체운동에  대한  복습▼c24999▼a6.5  1차원  비정상  유동▼c52000▼a제7장  비압축성  비회전  유동▼c26311▼a7.1  와도와  회전▼c26422▼a7.2  속도  포텐셜ф▼c26733▼a7.3  유동함수Y▼c26844▼a7.4  Y와ф가  모두  존재하는  유동▼c27055▼a7.5  정의와  제한  조건  요약▼c27166▼a7.6  포텐셜  유동의  예▼c27377▼a7.7  라플라스  방정식▼c28088▼a7.8  균일  유동  속의  용출▼c28199▼a7.9  원통  주위의  포텐셜  유동▼c28300▼a7.10  양력▼c28811▼a7.11  와류의  상호  작용▼c29522▼a제8장  차원  해석▼c30133▼a8.1  동차성▼c30344▼a8.2  동차성의  적용▼c30555▼a8.3  무차원군의  개수▼c31466▼a8.4  문제의  무차원화▼c31677▼a8.5  관  유동의  예▼c31888▼a8.6  일반적인  무차원군들▼c32099▼a8.7  방정식의  무차원화▼c32100▼a8.8  축척  모델▼c32411▼a제9장  점성  내부  유동▼c34122▼a9.1  서론▼c34133▼a9.2  점성  응력과  레이놀즈  수▼c34244▼a9.3  경계층과  완전히  발달된  유동▼c34355▼a9.4  천이와  난류▼c34566▼a9.5  포아셀  유동▼c34777▼a9.6  파이프  유동의  천이▼c35588▼a9.7  난류  파이프  유동▼c35799▼a9.8  파이프  유동의  에너지  방정식▼c36000▼a9.9  밸브와  수도꼭지▼c36611▼a9.10  수력  직경▼c36822▼a제10장  점성  외부  유동▼c38333▼a10.1  서론▼c38344▼a10.2  층류  경계층▼c38355▼a10.3  배제  두께와  운동량  두께▼c39066▼a10.4  난류  경계층▼c39477▼a10.5  박리,재부착,후류▼c39888▼a10.6  뭉툭한  물체와  유선형  물체의  항력▼c40399▼a10.7  골프공,크리켓공,야구공▼c41100▼a10.8  자동차  주위의  유동장▼c41111▼a제11장  개수로  유동▼c42322▼a11.1  서론▼c42333▼a11.2  작은  진폭의  중력파▼c42444▼a11.3  프루드  수▼c42855▼a11.4  파동의  부숴짐▼c42966▼a11.5  쯔나미▼c43177▼a11.6  수력  도약▼c43388▼a11.7  수력강하?▼c43899▼a11.8  서지와  보어▼c4390000▼a11.9  매끄러운  수축확대수로를  흐르는  유동▼c4410101▼a제12장  압축성  유동▼c4670202▼a12.1  서론▼c4670303▼a12.2  움직이는  유체에서의  압력전파▼c4690404▼a12.3  유동  양식▼c4720505▼a12.4  압축성유동의  열역학▼c4740606▼a12.5  압축성  노즐유동▼c4830707▼a12.6  수직충격파▼c4890808▼a12.7  약한  수직충격파▼c4970909▼a12.8  경사충격파▼c4981010▼a12.9  약경사충격파와  압축파▼c5041111▼a12.10  팽창파▼c5071212▼a12.11  초음속  비행체에  작용하는  파동항력▼c5081313▼a제13장  터보기계▼c5151414▼a13.1  서론▼c5151515▼a13.2  터빈에  대한  각운동량  방정식▼c5171616▼a13.3  속도선도▼c5191717▼a13.4  수력터빈▼c5211818▼a13.5  펌프▼c5301919▼a13.6  상대적  성능평가▼c5362020▼a13.7  차원해석▼c5382121▼a13.8  프로펠러와  풍차▼c5402222▼a13.9  풍력에너지  생산▼c5462323▼a제14장  환경유체역학▼c5552424▼a14.1  대기유통▼c5552525▼a14.2  대기의  평형▼c5572626▼a14.3  순환형상과  코리올리  효과▼c5592727▼a14.4  지구경계층▼c5632828▼a14.5  주  바람  강도와  방향▼c5642929▼a14.6  대기오염▼c5663030▼a14.7  오염물질의  분산▼c5673131▼a14.8  확산과  혼합▼c5683232▼a제15장  역사적인  기록▼c5753333▼a15.1  Archimedes  of  Syracuse▼c5753434▼a15.2  Leonardo  Da  Vinci▼c5773535▼a15.3  Evangelista  Torricelli▼c5783636▼a15.4  Blaise  Pascal▼c5793737▼a15.5  Sir  Isaac  Newton▼c5823838▼a15.6  Daniel  Bernoulli▼c5863939▼a15.7  Leonard  Euler▼c5874040▼a15.8  Jean  Le  Rond  D'Alembert▼c5894141▼a15.9  Joseph-Louis  Lagrange▼c5904242▼a15.10  Claude  Louis  Marie  Henrie  Navier▼c5924343▼a15.11  Jean  L.M.Poiseuille▼c5934444▼a15.12  Gustav  Heinrich  Magnus▼c5944545▼a15.13  William  Froude▼c5954646▼a15.14  George  Gabriel  Stokes▼c5964747▼a15.15  Ernst  Mach▼c5974848▼a15.16  Osborne  Reynolds▼c5984949▼a15.17  Ludwig  Prandtl▼c5995050▼a15.18  Lewis  Ferry  Moody▼c6015151▼a15.19  Theodore  von  Krmn▼c6025252▼a15.20  Geoffrey  Ingram  Taylor▼c6045353
■7001  ▼a허남건,  정은수,  주원구,  김사량
■950    ▼b￦25000
■971    ▼a허남건,  정은수,  주원구,  김사량  옮김

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