MARC

 008100208s2010        ulka                    000      kor
■020    ▼a9788978393195
■0801  ▼a532
■082    ▼a532▼b강14t▼223
■090    ▼a532▼b강14t
■1001  ▼a강건  저
■24510▼aThermodynamics  &  Fluid  Mechanics▼x열·유체역학▼d강건  저
■250    ▼a재판
■260    ▼a서울▼b보성각▼c2010
■300    ▼a456p.▼b삽도▼c26cm
■505    ▼a제1장  열  ·  유체역학의  기본  개념▼a1.1  서론▼c12▼a1.2  열역학의  응용분야▼c13▼a1.3  계,  주위  및  동작유체▼c17▼a1.4  물질의  상태량과  상태식▼c18▼a1.5  상태변화▼c21▼a1.6  단위와  차원▼c22▼a1.7  물질의  성질▼c31▼a1.8  압력표시방법▼c34▼a1.9  온도  및  열역학  0법칙▼c3700▼a제2장  열역학  제1법칙11▼a2.1  일과  열▼c4622▼a2.2  열과  에너지▼c5033▼a2.3  열역학  제1법칙▼c5144▼a2.4  계의  상태변화에  대한  열역학  제1법칙▼c5355▼a2.5  내부에너지와  엔탈피▼c5766▼a2.6  에너지  식▼c6077▼a2.7  가역변화와  일▼c6688▼a제3장  열역학  제2법칙99▼a3.1  열역학  제2법칙▼c7600▼a3.2  사이클,  열효율  및  성능계수▼c7911▼a3.3  Carnot  사이클▼c8222▼a3.4  Carnot  사이클의  효율에  대한  두  가지  정리▼c8533▼a3.5  열역학적  온도눈금▼c8844▼a3.6  Clausius의  부등식▼c9055▼a3.7  엔트로피▼c9366▼a3.8  완전가스의  엔트로피  일반식▼c9777▼a3.9  비가역변화의  엔트로피▼c10088▼a3.10  T-S  선도▼c10399▼a3.11  완전가스의  엔트로피  변화량▼c10500▼a3.12  최대일과  자유에너지▼c11311▼a3.14  열역학  제3법칙▼c11522▼a제4장  순수물질의  성질33▼a4.1  물질의  상변화▼c12244▼a4.2  순수물질의  상의  평형▼c12355▼a4.3  습  혼합물의  성질▼c12666▼a4.4  증기  표▼c12877▼a4.5  몰리에(Mollier)  선도▼c13388▼a4.6  이상기체의  상태식▼c13699▼a4.7  실제기체의  상태방징식▼c13700▼a4.8  이상기체의  내부에너지와  엔탈피▼c13811▼a4.9  이상기체의  비열▼c14222▼a4.10  이상기체의  엔트로피  변화▼c14433▼a제5장  과정  및  사이클44▼a5.1  정적과정▼c15255▼a5.2  정압과정▼c15666▼a5.3  등온과정▼c15877▼a5.4  단열과정▼c16088▼a5.5  이상기체의  폴리트로프  과정▼c16399▼a5.6  교축과정▼c16600▼a5.7  공기  표준  사이클  해석▼c16811▼a5.8  이론  공기  사이클▼c17122▼a5.9  오토  사이클▼c17133▼a5.10  디젤  사이클▼c17844▼a5.11  사바테  사이클▼c18555▼a5.12  실제  사이클의  출력과  연료소비율▼c18966▼a5.13  도시평균유효압력과  도시출력▼c19177▼a5.14  도시열효율▼c19288▼a5.15  정미열효율▼c19299▼a5.16  가스  터빈  사이클▼c19300▼a5.17  Brayton  사이클▼c19411▼a5.18  재생  사이클▼c19722▼a5.19  재열  사이클▼c19933▼a5.20  제트기관  사이클▼c20244▼a5.21  로켓  사이클▼c20555▼a제6장  유체의  성질  및  정의66▼a6.1  서론▼c21477▼a6.2  유체와  고체의  비교▼c21588▼a6.3  유체의  속도장(velocity  field)과  강체(right  body)▼c21699▼a6.4  유체의  점성▼c21800▼a6.5  이상기체의  상태방정식▼c22411▼a6.6  유체의  탄성▼c22722▼a6.7  표면장력과  모세관현상▼c23033▼a6.8  증기압▼c23344▼a제7장  유체정역학55▼a7.1  서론▼c24066▼a7.2  파스칼의  원리▼c24177▼a7.3  유체정역학의  기본방정식▼c24288▼a7.4  비압축성유체에서  압력과  높이의  관계▼c24599▼a7.5  압력측정  장치와  마노미터▼c24700▼a7.6  평면에  작용하는  힘▼c25411▼a7.7  곡면에  작용하는  힘▼c26122▼a7.8  부력과  부양▼c26533▼a7.9  안정성▼c27244▼a7.10  강체운동(right  body  motion)을  하는  유체▼c27455▼a제8장  유체운동의  기본방정식66▼a8.1  서론▼c29477▼a8.2  정상유동과  비정상유동▼c29588▼a8.3  유선(streamline)과  유관(stream  tube)▼c29699▼a8.4  1차원,  2차원  및  3차원의  흐름▼c29800▼a8.5  속도분포▼c30011▼a8.6  속도와  가속도▼c30322▼a8.7  연속방정식▼c30433▼a8.8  오일러  방정식(Euler  epuation)▼c30844▼a8.9  베르누이  방정식(Bernoulli  equation)▼c30955▼a8.10  에너지방정식으로서의  베르누이방정식▼c31066▼a8.11  베르누이  방정식의  응용▼c31277▼a제9장  운동량방정식과  그  응용88▼a9.1  서론▼c33099▼a9.2  역적과  운동량의  원리▼c3310000▼a9.3  관에서의  응용▼c3330101▼a9.4  고정날개에  작용하는  힘▼c3360202▼a9.5  움직이는  날개에  작용하는  힘▼c3390303▼a9.6  프로펠러와  풍차에  대한  운동량의  이론▼c3430404▼a9.7  제트추진▼c3490505▼a9.8  수력도약(hydraulic  jump)▼c3530606▼a9.9  돌연확대  관에서의  손실▼c3560707▼a9.10  반동터빈과  원심펌프에서의  응용▼c3570808▼a제10장  실체유체의  흐름0909▼a10.1  서론▼c3721010▼a10.2  레이놀즈수▼c3731111▼a10.3  수평원통  속에서의  층류흐름▼c3761212▼a10.4  유체  경계층▼c3841313▼a10.5  항력과  양력▼c3861414▼a제11장  상사  성과  차원해석1515▼a11.1  서론▼c4001616▼a11.2  모형(model)  대  원형(prototype)▼c4011717▼a11.3  모형과  상사율▼c4021818▼a11.4  운동학적  상사와  역학적  상사▼c4051919▼a11.5  일반  무차원군의  물리적인  의미▼c4102020▼a11.6  모형의  응용▼c4102121▼a11.7  차원해석▼c4152222▼a11.8  차원과  단위▼c4162323▼a11.9  파이정리(π  -  theorem)▼c4172424▼a부록2525▼aA.  물리적  성질▼c4282626▼aB.  면적과  체적의  성질▼c4312727▼aC.  증기압  및  기체의  성질▼c4362828▼a참고문헌▼c4562929
■9500  ▼c20,000

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