HOME > 상세정보

상세정보

유체역학

유체역학 (3회 대출)

자료유형
단행본
개인저자
양한주
서명 / 저자사항
유체역학 / 양한주 지음.
발행사항
서울 :   북미디어 ,   2009.  
형태사항
519 p. : 삽도, 도표 ; 26 cm.
ISBN
9788992906258
일반주기
색인 수록  
부록: 1. 유체의 물리적 성질, 2. 각종 도형에 대한 도심 및 관성모멘트, 3. 압축성 유동  
000 00638camccc200217 k 4500
001 000045527547
005 20100807023657
007 ta
008 090223s2009 ulkad 001c kor
020 ▼a 9788992906258 ▼g 92550
035 ▼a (KERIS)BIB000011604381
040 ▼a 241008 ▼c 241008 ▼d 244002
082 0 4 ▼a 620.106 ▼2 22
090 ▼a 620.106 ▼b 2009z1
100 1 ▼a 양한주
245 1 0 ▼a 유체역학 / ▼d 양한주 지음.
260 ▼a 서울 : ▼b 북미디어 , ▼c 2009.
300 ▼a 519 p. : ▼b 삽도, 도표 ; ▼c 26 cm.
500 ▼a 색인 수록
500 ▼a 부록: 1. 유체의 물리적 성질, 2. 각종 도형에 대한 도심 및 관성모멘트, 3. 압축성 유동

소장정보

No. 소장처 청구기호 등록번호 도서상태 반납예정일 예약 서비스
No. 1 소장처 세종학술정보원/과학기술실/ 청구기호 620.106 2009z1 등록번호 151272956 도서상태 대출가능 반납예정일 예약 서비스 C M

컨텐츠정보

책소개

유체역학은 정지유체 및 운동 상태의 유체 또는 유체와 상대운동을 하고 있는 물체와의 상호작용 등을 거시적인 관점에서 연구하는 학문으로서 고전물리학의 한 분야로 발달되어 왔으며 오늘날에는 기계공학, 항공공학, 조선공학, 토목공학, 화학공학 등의 기초학문으로서
매우 중요하게 다루어지고 있다. 따라서 지금까지 많은 양서들이 출간되어 공학도 및 관련분야 실무자들에게 많은 도움에 되어 왔으나 여전히 유체역학을 난해하게 생각하는 사람들이 많다. 저자는 이점을 고려하여 그동안의 강의 및 실무 경험을 바탕으로 이해력과 응용력,실무능력을 효과적으로 향상시키는데 역점을 두어 다음과 같이 저술하였다.
1. 유체역학의 전반적인 내용을 11개 장으로 구분하여 각 장의 절마다 주요 내용을 최대한간결하게 요약하고 다양한 예제와 상세한 해설을 통하여 문제풀이 과정에서 기본적인 개념을 명확히 이해할 수 있도록 하였다.
2. 기본적인 개념을 어느 정도 이해한 상태에서 기초적인 수준의 문제해결 능력 함양 및
보다 더 명확한 이해력 증진을 위하여 각종 자격시험 및 실무내용을 중심으로 엄선된 기
초문제를 수록하고 강의 수준의 상세한 해설을 하였다.
3. 공학도 및 현장 실무자들에게 가장 중요한 응용력을 기르기 위하여 실용적인 수준의 응용문제를 수록하고 기술보고서 수준의 상세한 해설을 함으로써 응용력 증진은 물론 실무능력을 갖추도록 하였다.
4. 단위는 국제표준단위(SI단위)와 미터제 중력단위(공학단위)를 병용하여 다룸으로써 단위환산 능력을 함양하도록 하였다.

본 저서의 내용을 중심으로 기본개념 요약 ⇒ 예제문제 풀이 ⇒ 기초문제 풀이 ⇒ 응용문제풀이의 단계별 학습을 한다면 실무적인 문제해결 능력과 응용력을 갖추는데 크게 도움이 될것으로 기대한다.


정보제공 : Aladin

저자소개

양한주(지은이)

인하대학교 대학원 기계공학과에서 박사학위를 받고, 동양미래대학교 기계설계공학과 교수로 재직하다가 정년퇴임하였다. 재직 중에 오스트레일리아 뉴캐슬 공립 종합대학교의 연구교수, 한국고등직업교육학회 회장을 역임하였다. 저서로 『유체역학』, 『유공압제어』, 『유공압회로실습』 등이 있다.

정보제공 : Aladin

목차

제 1 장 유체의 정의와 기본성질 / 10 
1.1 유체의 정의 ·························································································10 
1.2 연속체(continuum) ···············································································10 
1.3 유체의 분류 ·························································································11 
1.4 단위와 차원(units and dimensions) ························································13 
1.5 밀도, 비중량, 비체적, 비중 ······································································15 
1.6 점성(粘性, viscosity) ············································································17 
1.7 Newton유체와 비 Newton유체 ·······························································21 
1.8 완전기체(perfect gas) ··········································································23 
1.9 유체의 탄성과 압축성 ·············································································24 
1.10 표면장력과 모세관현상 ··········································································28 
1.11 증기압(vapor pressure) ······································································32 
?연습문제 ·································································································34 

제 2 장 유체 정역학 / 62 
2.1 압력 ···································································································62 
2.2 절대압력과 계기압력 ··············································································65 
2.3 압력의 단위 ·························································································66 
2.4 액주계(液柱計) ······················································································68 
2.5 평면에 미치는 유체의 전압력 ····································································72 
2.6 곡면의 한 쪽 면에 미치는 유체의 전압력 ·····················································75 
2.7 부력(浮力) ···························································································77 
2.8 부양체(浮揚體)의 안정성 ·········································································78 
2.9 상대적 평형 ·························································································80 
?연습문제 ································································································83 

제 3 장 유체 운동학 / 116 
3.1 흐르는 유체에 미치는 힘 ·······································································116 
3.2 유체 흐름의 특성 ·················································································116 
3.3 유선과 유적선 ·····················································································118 
3.4 1차원, 2차원, 3차원 유동 ·····································································120 
3.5 연속방정식(連續方程式, continuity equation) ···········································121 
3.6 오일러(Euler)의 운동방정식 ···································································124 
3.7 베루누이 방정식(Bernoulli’s equation) ···················································126 
3.8 베루누이 방정식의 응용 ·········································································129 
3.9 손실수두와 동력 ··················································································134 
3.10 공동현상(cavitation) ·········································································135 
?연습문제 ·······························································································138 

제 4 장 역적-운동량의 원리 / 172 
4.1 역적과 운동량 ·····················································································172 
4.2 관에 작용하는 힘 ·················································································174 
4.3 분류(噴流)가 날개에 작용하는 힘 ·····························································178 
4.4 분사추진(噴射推進) ··············································································183 
4.5 프로펠러(propeller)이론 ·······································································186 
4.6 운동량 모멘트의 원리 ···········································································189 
4.7 운동에너지 수정계수와 운동량 수정계수 ····················································190 
?연습문제 ·······························································································192 

제 5 장 실제유체의 흐름 / 228 
5.1 층류(層流)와 난류(亂流) ········································································228 
5.2 레이놀드 수(Reynolds number) ····························································229 
5.3 평행평판 사이의 층류 ···········································································230 
5.4 원관 속의 층류 ···················································································233 
5.5 난류(亂流, turbulent flow) ··································································238 
?연습문제 ·······························································································246 

제 6 장 관로유동 / 282 
6.1 원형관로에서의 압력 손실 ······································································282 
6.2 비원형 관로에서의 압력손실 ···································································287 
6.3 돌연확대, 돌연축소관에서의 손실 ·····························································290 
6.4 점차확대, 점차축소관에서의 손실 ·····························································292 
6.5 입구 및 출구손실 ·················································································293 
6.6 벤드(bend) 및 엘보우(elbow)에서의 손실 ················································294 
6.7 밸브 및 콕에서의 손실 ··········································································296 
6.8 분기관과 합류관에서의 손실 ···································································297 
6.9 관로의 총손실 및 동력 ··········································································300 
6.10 복합관로에서의 흐름 ···········································································302 
?연습문제 ·······························································································310 

제 7 장 개수로 유동 / 350 
7.1 개수로의 흐름상태 ···············································································350 
7.2 등류 흐름 ··························································································351 
7.3 최적 수력 단면 ···················································································356 
7.4 비에너지, 상류와 사류 ··········································································360 
7.5 수력도약 ···························································································364 
7.6 중력파의 전파속도 ···············································································366 
?연습문제 ·······························································································367 

제 8 장 차원해석과 상사법칙 / 384 
8.1 차원해석 ····························································································384 
8.2 ?? 정리 ·····························································································386 
8.3 상사법칙 ····························································································389 
?연습문제 ·······························································································396 

제 9 장 항력과 양력 / 410 
9.1 항력과 양력 ·······················································································410 
9.2 경계층 ······························································································411 
9.3 유동장 속에 놓인 물체가 받는 항력 ··························································415 
9.4 원주(圓柱) 주위의 흐름과 압력항력 ··························································418 
9.5 평판상의 2차원 흐름 ············································································422 
9.6 양력과 익형 ·······················································································429 
?연습문제 ·······························································································431 

제10장 압축성유체의 흐름 / 452 
10.1 열역학 제1법칙 ·················································································452 
10.2 엔탈피 ····························································································453 
10.3 비열 ·······························································································454 
10.4 에너지 방정식 ···················································································456 
10.5 음파의 전파속도 ················································································457 
10.6 Mach수와 Mach각 ············································································458 
10.7 축소-확대 노즐에서의 흐름 ··································································461 
10.8 등엔트로피 흐름 ················································································462 
10.9 Fanno방정식 ····················································································466 
10.10 수격작용 ························································································467 
10.11 충격파 ···························································································468 
?연습문제 ·······························································································470 

제 11 장 유체의 계측 / 486 
11.1 밀도 및 비중의 측정 ···········································································486 
11.2 점성계수의 측정 ················································································488 
11.3 정압 측정 ························································································491 
11.4 유속 측정 ························································································492 
11.5 유량 측정 ························································································494 
?연습문제 ······························································································499 

부록 
부록 A 유체의 물리적 성질 ········································································504 
부록 B 각종 도형에 대한 도심 및 관성모멘트 ·················································506 
부록 C 압축성 유동 ··················································································508 

찾아보기 ·································································································515

관련분야 신착자료