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流體力學基礎(雙語版)/周劍鋒 版權信息
- ISBN：9787122310675
- 條形碼：9787122310675 ; 978-7-122-31067-5
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
流體力學基礎(雙語版)/周劍鋒 本書特色
本教材是為高等工科院校非力學專業本科生流體力學課程教學編寫的。教材的重點放在流體力學的基本概念、基本理論和解決流體力學問題的基本方法上，目的在于為學生奠定的較為堅實的流體力學基礎知識，同時訓練學生的（專業）英語交流能力。本教材共9章，包括流體力學簡介、流體靜力學、流體運動學、流體流動的有限控制體分析、流體流動的微分分析、相似理論與量綱分析、管內流體流動、平面勢流和繞物流動。全書文字部分采用雙欄格式排版，中英文對照。為便于學生學習和理解教材內容，每章都附有一定數量的例題和習題。
流體力學基礎(雙語版)/周劍鋒 內容簡介
本教材是為高等工科院校非力學專業本科生流體力學課程教學編寫的。教材的重點放在流體力學的基本概念、基本理論和解決流體力學問題的基本方法上，目的在于為學生奠定的較為堅實的流體力學基礎知識，同時訓練學生的（專業）英語交流能力。本教材共9章，包括流體力學簡介、流體靜力學、流體運動學、流體流動的有限控制體分析、流體流動的微分分析、相似理論與量綱分析、管內流體流動、平面勢流和繞物流動。全書文字部分采用雙欄格式排版，中英文對照。為便于學生學習和理解教材內容，每章都附有一定數量的例題和習題。
流體力學基礎(雙語版)/周劍鋒 目錄
Chapter 1 Introduction
of Fluid Mechanics/1
1.1Brief History of Fluid Mechanics/1
1.2Dimensions and Units/4
1.2.1Dimensions/4
1.2.2Units/8
1.3Definition of a Fluid/10
1.3.1Continuity Hypothesis/10
1.3.2Density/12
1.3.3Specific Weight/13
1.3.4Specific Gravity/14
1.4Fluid Properties/14
1.4.1Compressibility/14
1.4.2Surface Tension/17
1.4.3Viscosity/20
第1章 流體力學簡介/1
1.1流體力學簡史/1
1.2量綱和單位/4
1.2.1量綱/4
1.2.2單位/8
1.3流體的定義/10
1.3.1連續性假設/10
1.3.2密度/12
1.3.3重度/13
1.3.4比重/14
1.4流體性質/14
1.4.1可壓縮性/14
1.4.2表面張力/17
1.4.3黏度/20
Chapter 2 Fluid Statics/27
2.1Pressure at a Point/27
2.2Basic Equation for Pressure Field/28
2.3Pressure Variation in a Fluid at Rest/31
2.3.1Incompressible Fluid/31
2.3.2Compressible Fluid/34
2.4Standard Atmosphere/35
2.5Buoyancy and Stability/37
2.5.1Archimedes’ Principle/37
2.5.2Stability/40
2.6Measurement of Pressure/42
2.7Manometry/44
2.7.1Piezometer Tube/45
2.7.2U-Tube Manometer/46
2.7.3InclinedTube Manometer/50
第2章 流體靜力學/27
2.1某一點的壓力/27
2.2壓力場基本方程/28
2.3靜止流體中的壓力變化/31
2.3.1不可壓縮流體/31
2.3.2可壓縮流體/34
2.4標準大氣/35
2.5浮力和穩定性/37
2.5.1阿基米德原理/37
2.5.2穩定性/40
2.6壓力的測量/42
2.7壓力測量法/44
2.7.1測壓管/45
2.7.2U形管壓力計/46
2.7.3傾斜管壓力計/50
Chapter 3 Fluid Kinematics/54
3.1The Velocity Field/54
3.1.1Eulerian method and Lagrangian method/55
3.1.2One-,Two- and Three-Dimensional Flows/56
3.1.3Steady and Unsteady Flows/57
3.1.4Streamlines,Streaklines and Pathlines/58
3.2The Acceleration Field/60
3.2.1The Material Derivative/60
3.2.2Unsteady Effects/62
3.2.3Convective Effects/63
3.3Fluid Element Kinematics/65
3.3.1Linear Motion and Deformation/66
3.3.2Angular Motion and Deformation/67
3.4System and Control Volume/69
3.5Reynolds Transport Theorem/71
3.5.1Derivation of the Reynolds Transport Theorem/73
3.5.2Relationship Between Reynolds transport theorem and Material Derivative/78
第3章 流體運動學/54
3.1速度場/54
3.1.1歐拉法和拉格朗日法/55
3.1.2一維、二維和三維流動/56
3.1.3定常和非定常流動/57
3.1.4流線、紋線和跡線/58
3.2加速度場/60
3.2.1物質導數/60
3.2.2非定常作用/62
3.2.3對流作用/63
3.3流體微團運動/65
3.3.1線運動和變形/66
3.3.2角運動和變形/67
3.4系統和控制體/69
3.5雷諾輸運定理/71
3.5.1雷諾輸運定理的推導/73
3.5.2雷諾輸運定理與物質導數的關系/78
Chapter 4 Finite Control Volume Analysis of Fluid Flow/82
4.1The Continuity Equation/82
4.1.1Derivation of the Continuity Equation/82
4.1.2Application of the Continuity Equation/85
4.2The Momentum Equation/88
4.2.1Derivation of the Momentum Equation/88
4.2.2Application of the Momentum Equation/89
4.3Moment-of-Momentum Equation/91
4.3.1Derivation of the Moment-of-Momentum Equation/91
4.3.2Application of the Moment-of-Momentum Equation/93
4.4The Energy Equation/96
4.4.1Derivation of the Energy Equation/96
4.4.2Application of the Energy Equation/98
4.4.3The Bernoulli Equation/100
第4章 流體流動的有限控制體分析/82
4.1連續性方程/82
4.1.1連續性方程的推導/82
4.1.2連續性方程的應用/85
4.2動量方程/88
4.2.1動量方程的推導/88
4.2.2動量方程的應用/89
4.3動量矩方程/91
4.3.1動量矩方程的推導/91
4.3.2動量矩方程的應用/93
4.4能量方程/96
4.4.1能量方程的推導/96
4.4.2能量方程的應用/98
4.4.3伯努利方程/100
Chapter 5 Differential Analysis of Fluid Flow/108
5.1Conservation of Mass/108
5.1.1Continuity Equation in Differential Form/109
5.1.2Continuity Equation in Cylindrical Coordinates/112
5.2Conservation of Momentum/112
5.2.1Forces Acting on the Differential Element/113
5.2.2Equations of Motion/116
5.3Viscous Flow/118
5.3.1Stress-Deformation Relationships/118
5.3.2The NaiverStokes Equations/119
5.4Solutions for Viscous Incompressible Flow/120
5.4.1Steady,Laminar Flow Between Fixed Parallel Plates/120
5.4.2Steady,Laminar Flow in Circular Tubes/123
第5章流體流動的微分分析/108
5.1質量守恒/108
5.1.1微分形式的連續性方程/109
5.1.2柱坐標系中的連續性方程/112
5.2動量守恒/112
5.2.1作用在微元上的力/113
5.2.2運動方程/116
5.3黏性流動/118
5.3.1應力-變形關系/118
5.3.2納維-斯托克斯方程/119
5.4黏性不可壓縮流動的求解/120
5.4.1固定平板間的定常層流流動/120
5.4.2圓管內的定常層流流動/123
Chapter 6 Similitude and Dimensional Analysis/129
6.1Similitude/129
6.2Similarity Laws/131
6.3Dimensional Analysis/134
6.3.1Dimensional homogeneity principle/134
6.3.2The Rayleigh Method/135
6.3.3The Buckingham’s Π Theorems/137
6.3.4Application of the Buckingham’s Π Theorems/139
6.4Similitude and Modeling/143
6.4.1Approximate Model of Fluid Mechanics Problem/143
6.4.2Modeling Example/148
第6章 相似理論和量綱分析/129
6.1相似理論/129
6.2相似準則/131
6.3量綱分析/134
6.3.1量綱和諧原理/134
6.3.2瑞利法/135
6.3.3白金漢姆Π定理/137
6.3.4Π定理的應用/139
6.4相似與模化/143
6.4.1流體力學問題的近似模型/143
6.4.2模化實例/148
Chapter 7 Pipe Flow/154
7.1General Characteristics of Pipe Flow/155
7.2Laminar Flow in Circular Pipe/158
7.3Turbulent Flow in Circular Pipe/162
7.4Pressure Head Losses in Circular Pipe/166
7.4.1Mechanism of Flow Resistance/166
7.4.2Classification of Pipe Flow Resistances/169
7.4.3Calculation of Major Head Loss/171
7.4.4Calculation of Minor Head Loss/180
7.5Calculation of Head Loss in Pipeline/190
7.5.1Equivalent Hydraulic Diameter/190
7.5.2Head Loss Calculation of Pipe System/191
第7章 管內流動/154
7.1管內流動的一般特性/155
7.2圓管中的層流/158
7.3圓管中的湍流/162
7.4圓管中的壓頭損失/166
7.4.1流動阻力產生的機理/166
7.4.2管內流動阻力的分類/169
7.4.3主要損失的計算/171
7.4.4次要損失的計算/180
7.5管路損失計算/190
7.5.1當量水力直徑/190
7.5.2管道系統的損失計算/191
Chapter 8 Planar Potential Flow/202
8.1Potential Function and Stream Function/202
8.1.1Potential Function/202
8.1.2Stream Function/205
8.2Simple Potential Flow/208
8.2.1Uniform Linear Flow/208
8.2.2Flow in Rightangle Region/209
8.2.3Point Source and Point Sink/211
8.2.4Pure Circulation Flow/213
8.3Superposition Principle of Potential Flows/215
第8章 平面勢流/202
8.1勢函數與流函數/202
8.1.1勢函數/202
8.1.2流函數/205
8.2簡單勢流/208
8.2.1均勻直線流動/208
8.2.2直角區域內的流動/209
8.2.3點源和點匯/211
8.2.4純環流流動/213
8.3勢流疊加原理/215
Chapter 9 Flow Around Body Immersed/225
9.1Overview of Boundary Layer/225
9.2Characteristics of boundary layer/228
9.2.1Formation of Boundary Layer/228
9.2.2The Laminar and Turbulent Boundary Layers/231
9.3Boundary Layer Equations/234
9.3.1The Governing Equations/234
9.3.2Boundary Layer Thickness/237
9.4Flow Around a Cylinder/240
9.4.1Ideal Fluid Flow Around a Cylinder/240
9.4.2Viscous Fluid Flow Around a Cylinder/243
9.5Flow Around a Sphere/250
9.5.1Ideal Fluid Flow Around a Sphere/250
9.5.2Viscous Fluid Flow Around a Sphere/253
第9章 繞物流動/225
9.1邊界層概述/225
9.2邊界層特性/228
9.2.1邊界層的形成/228
9.2.2層流和湍流邊界層/231
9.3邊界層方程/234
9.3.1控制方程/234
9.3.2邊界層厚度/237
9.4繞圓柱流動/240
9.4.1理想流體繞圓柱流動/240
9.4.2黏性流體繞圓柱流動/243
9.5繞球流動/250
9.5.1理想流體的繞球流動/250
9.5.2黏性流體的繞球流動/253
Reference/256
參考文獻/256
1.1Brief History of Fluid Mechanics/1
1.2Dimensions and Units/4
1.2.1Dimensions/4
1.2.2Units/8
1.3Definition of a Fluid/10
1.3.1Continuity Hypothesis/10
1.3.2Density/12
1.3.3Specific Weight/13
1.3.4Specific Gravity/14
1.4Fluid Properties/14
1.4.1Compressibility/14
1.4.2Surface Tension/17
1.4.3Viscosity/20
第1章 流體力學簡介/1
1.1流體力學簡史/1
1.2量綱和單位/4
1.2.1量綱/4
1.2.2單位/8
1.3流體的定義/10
1.3.1連續性假設/10
1.3.2密度/12
1.3.3重度/13
1.3.4比重/14
1.4流體性質/14
1.4.1可壓縮性/14
1.4.2表面張力/17
1.4.3黏度/20
Chapter 2 Fluid Statics/27
2.1Pressure at a Point/27
2.2Basic Equation for Pressure Field/28
2.3Pressure Variation in a Fluid at Rest/31
2.3.1Incompressible Fluid/31
2.3.2Compressible Fluid/34
2.4Standard Atmosphere/35
2.5Buoyancy and Stability/37
2.5.1Archimedes’ Principle/37
2.5.2Stability/40
2.6Measurement of Pressure/42
2.7Manometry/44
2.7.1Piezometer Tube/45
2.7.2U-Tube Manometer/46
2.7.3InclinedTube Manometer/50
第2章 流體靜力學/27
2.1某一點的壓力/27
2.2壓力場基本方程/28
2.3靜止流體中的壓力變化/31
2.3.1不可壓縮流體/31
2.3.2可壓縮流體/34
2.4標準大氣/35
2.5浮力和穩定性/37
2.5.1阿基米德原理/37
2.5.2穩定性/40
2.6壓力的測量/42
2.7壓力測量法/44
2.7.1測壓管/45
2.7.2U形管壓力計/46
2.7.3傾斜管壓力計/50
Chapter 3 Fluid Kinematics/54
3.1The Velocity Field/54
3.1.1Eulerian method and Lagrangian method/55
3.1.2One-,Two- and Three-Dimensional Flows/56
3.1.3Steady and Unsteady Flows/57
3.1.4Streamlines,Streaklines and Pathlines/58
3.2The Acceleration Field/60
3.2.1The Material Derivative/60
3.2.2Unsteady Effects/62
3.2.3Convective Effects/63
3.3Fluid Element Kinematics/65
3.3.1Linear Motion and Deformation/66
3.3.2Angular Motion and Deformation/67
3.4System and Control Volume/69
3.5Reynolds Transport Theorem/71
3.5.1Derivation of the Reynolds Transport Theorem/73
3.5.2Relationship Between Reynolds transport theorem and Material Derivative/78
第3章 流體運動學/54
3.1速度場/54
3.1.1歐拉法和拉格朗日法/55
3.1.2一維、二維和三維流動/56
3.1.3定常和非定常流動/57
3.1.4流線、紋線和跡線/58
3.2加速度場/60
3.2.1物質導數/60
3.2.2非定常作用/62
3.2.3對流作用/63
3.3流體微團運動/65
3.3.1線運動和變形/66
3.3.2角運動和變形/67
3.4系統和控制體/69
3.5雷諾輸運定理/71
3.5.1雷諾輸運定理的推導/73
3.5.2雷諾輸運定理與物質導數的關系/78
Chapter 4 Finite Control Volume Analysis of Fluid Flow/82
4.1The Continuity Equation/82
4.1.1Derivation of the Continuity Equation/82
4.1.2Application of the Continuity Equation/85
4.2The Momentum Equation/88
4.2.1Derivation of the Momentum Equation/88
4.2.2Application of the Momentum Equation/89
4.3Moment-of-Momentum Equation/91
4.3.1Derivation of the Moment-of-Momentum Equation/91
4.3.2Application of the Moment-of-Momentum Equation/93
4.4The Energy Equation/96
4.4.1Derivation of the Energy Equation/96
4.4.2Application of the Energy Equation/98
4.4.3The Bernoulli Equation/100
第4章 流體流動的有限控制體分析/82
4.1連續性方程/82
4.1.1連續性方程的推導/82
4.1.2連續性方程的應用/85
4.2動量方程/88
4.2.1動量方程的推導/88
4.2.2動量方程的應用/89
4.3動量矩方程/91
4.3.1動量矩方程的推導/91
4.3.2動量矩方程的應用/93
4.4能量方程/96
4.4.1能量方程的推導/96
4.4.2能量方程的應用/98
4.4.3伯努利方程/100
Chapter 5 Differential Analysis of Fluid Flow/108
5.1Conservation of Mass/108
5.1.1Continuity Equation in Differential Form/109
5.1.2Continuity Equation in Cylindrical Coordinates/112
5.2Conservation of Momentum/112
5.2.1Forces Acting on the Differential Element/113
5.2.2Equations of Motion/116
5.3Viscous Flow/118
5.3.1Stress-Deformation Relationships/118
5.3.2The NaiverStokes Equations/119
5.4Solutions for Viscous Incompressible Flow/120
5.4.1Steady,Laminar Flow Between Fixed Parallel Plates/120
5.4.2Steady,Laminar Flow in Circular Tubes/123
第5章流體流動的微分分析/108
5.1質量守恒/108
5.1.1微分形式的連續性方程/109
5.1.2柱坐標系中的連續性方程/112
5.2動量守恒/112
5.2.1作用在微元上的力/113
5.2.2運動方程/116
5.3黏性流動/118
5.3.1應力-變形關系/118
5.3.2納維-斯托克斯方程/119
5.4黏性不可壓縮流動的求解/120
5.4.1固定平板間的定常層流流動/120
5.4.2圓管內的定常層流流動/123
Chapter 6 Similitude and Dimensional Analysis/129
6.1Similitude/129
6.2Similarity Laws/131
6.3Dimensional Analysis/134
6.3.1Dimensional homogeneity principle/134
6.3.2The Rayleigh Method/135
6.3.3The Buckingham’s Π Theorems/137
6.3.4Application of the Buckingham’s Π Theorems/139
6.4Similitude and Modeling/143
6.4.1Approximate Model of Fluid Mechanics Problem/143
6.4.2Modeling Example/148
第6章 相似理論和量綱分析/129
6.1相似理論/129
6.2相似準則/131
6.3量綱分析/134
6.3.1量綱和諧原理/134
6.3.2瑞利法/135
6.3.3白金漢姆Π定理/137
6.3.4Π定理的應用/139
6.4相似與模化/143
6.4.1流體力學問題的近似模型/143
6.4.2模化實例/148
Chapter 7 Pipe Flow/154
7.1General Characteristics of Pipe Flow/155
7.2Laminar Flow in Circular Pipe/158
7.3Turbulent Flow in Circular Pipe/162
7.4Pressure Head Losses in Circular Pipe/166
7.4.1Mechanism of Flow Resistance/166
7.4.2Classification of Pipe Flow Resistances/169
7.4.3Calculation of Major Head Loss/171
7.4.4Calculation of Minor Head Loss/180
7.5Calculation of Head Loss in Pipeline/190
7.5.1Equivalent Hydraulic Diameter/190
7.5.2Head Loss Calculation of Pipe System/191
第7章 管內流動/154
7.1管內流動的一般特性/155
7.2圓管中的層流/158
7.3圓管中的湍流/162
7.4圓管中的壓頭損失/166
7.4.1流動阻力產生的機理/166
7.4.2管內流動阻力的分類/169
7.4.3主要損失的計算/171
7.4.4次要損失的計算/180
7.5管路損失計算/190
7.5.1當量水力直徑/190
7.5.2管道系統的損失計算/191
Chapter 8 Planar Potential Flow/202
8.1Potential Function and Stream Function/202
8.1.1Potential Function/202
8.1.2Stream Function/205
8.2Simple Potential Flow/208
8.2.1Uniform Linear Flow/208
8.2.2Flow in Rightangle Region/209
8.2.3Point Source and Point Sink/211
8.2.4Pure Circulation Flow/213
8.3Superposition Principle of Potential Flows/215
第8章 平面勢流/202
8.1勢函數與流函數/202
8.1.1勢函數/202
8.1.2流函數/205
8.2簡單勢流/208
8.2.1均勻直線流動/208
8.2.2直角區域內的流動/209
8.2.3點源和點匯/211
8.2.4純環流流動/213
8.3勢流疊加原理/215
Chapter 9 Flow Around Body Immersed/225
9.1Overview of Boundary Layer/225
9.2Characteristics of boundary layer/228
9.2.1Formation of Boundary Layer/228
9.2.2The Laminar and Turbulent Boundary Layers/231
9.3Boundary Layer Equations/234
9.3.1The Governing Equations/234
9.3.2Boundary Layer Thickness/237
9.4Flow Around a Cylinder/240
9.4.1Ideal Fluid Flow Around a Cylinder/240
9.4.2Viscous Fluid Flow Around a Cylinder/243
9.5Flow Around a Sphere/250
9.5.1Ideal Fluid Flow Around a Sphere/250
9.5.2Viscous Fluid Flow Around a Sphere/253
第9章 繞物流動/225
9.1邊界層概述/225
9.2邊界層特性/228
9.2.1邊界層的形成/228
9.2.2層流和湍流邊界層/231
9.3邊界層方程/234
9.3.1控制方程/234
9.3.2邊界層厚度/237
9.4繞圓柱流動/240
9.4.1理想流體繞圓柱流動/240
9.4.2黏性流體繞圓柱流動/243
9.5繞球流動/250
9.5.1理想流體的繞球流動/250
9.5.2黏性流體的繞球流動/253
Reference/256
參考文獻/256
展開全部
流體力學基礎(雙語版)/周劍鋒 作者簡介
周劍鋒，南京工業大學 機械與動力工程學院，江蘇省力學學會青年工作委員會秘書長，院長助理，系主任，副教授，編者2006年從南京工業大學畢業，獲工學博士學位。后留校任教，承擔“工程流體力學”、“專業外語”、“彈性力學基礎”等課程的教學任務，同時任外教課程“流體力學”的助教，有一線的教學工作經驗。主持國家自然科學基金“非接觸式機械密封中的磁流體熱動力效應研究”、教育部博士點青年基金項目“微通道中液體流動的流固耦合效應研究”、江蘇省自然科學基金項目“微管道陣列的強化傳熱機理研究”、江蘇省高校自然科學基金項目“微管道陣列與其內外流場的強化傳熱機理研究”和江蘇省六大人才高峰項目“磁流體動壓潤滑機械密封的自適應特性研究”。 2010年被遴選為江蘇省高校“青藍工程”青年骨干教師培養對象。獲國家發明專利4項，發表科研論文50余篇，SCI檢索20余篇。任江蘇省力學學會青年工作委員會秘書長，組織了多次省級的力學會議。2013年在愛爾蘭塔拉理工學院進修3個月，2014年在香港科技大學訪問一年，有一定的英文基礎。
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