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Everyone

Arvind Kumar

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Fluid mechanics notes for mechanical engineering.Fluid mechanics almost covers important topics chapter wise

Chapter 1. Review of Fluid Properties 

1. Engineering units of measurement 
2. Mass 
3. Density 
4. Specific gravity 
5. Specific volume 
6. Surface Tension 
7. Capillarity 
8. Bulk modulus
9. Vapor Pressure 
10. Fluid Static's 
11. Stability of floating and submerged bodies

Chapter 2. Kinematics of Flow 

1. Types of flow 
2. Streamlines and Streamtubes 
3. Three-dimensional flow 
4. Continuity Equation 
5. Circulation 
6. Stagnation point 
7. Separation of Flow 
8. Flownet 
9. Stream Function and Velocity Potential

Chapter 3. Dynamics of Flow 

1. Eulers equation 
2. Application of Bernoulli?s equation 
3. Energy Correction Factor 
4. Linear Momentum Equation 
5. Moment of Momentum Equation 
6. Electrodynamic meter movement and applications 
7. VELOCITY MEASUREMENT 
8. Flow Measurement 

Chapter 4. Dimensional Analysis and Dynamic Similitude 

1. Dimensional Analysis 
2. Dimensional homogeneity 
3. Buckingham Pi theorem 
4. Dimensionless Numbers 
5. Similarity laws

Chapter 5. Laminar Flow

1. Laminar and turbulent flow 
2. Reynolds experiment & Reynolds number 
3. Relation between shear & pressure gradient 
4. Laminar flow through circular pipes 
5. Stokes' Law 
6. Lubrication principles
Nota mekanik cecair untuk kejuruteraan mekanik. Mekanik lancar hampir meliputi topik penting bab yang bijak

Bab 1. Kajian semula Hartanah Fluida

1. Unit pengukuran kejuruteraan
2. Massa
3. Kepadatan
4. graviti spesifik
5. Kelantangan khusus
6. Ketegangan Permukaan
7. Kapasiti
8. Modulus Bulk
9. Tekanan Wap
10. Fluid Static's
11. Kestabilan badan terapung dan tenggelam

Bab 2. Kinematik Aliran

1. Jenis aliran
2. Streamlines dan Streamtubes
3. Aliran tiga dimensi
4. Persamaan Kesinambungan
5. Peredaran
6. Titik genangan
7. Pemisahan Aliran
8. Flownet
9. Stream Function dan Potential Velocity

Bab 3. Dinamika Aliran

Persamaan Eulers
2. Penggunaan persamaan Bernoulli
3. Faktor Pembetulan Tenaga
4. Persamaan Momentum Linear
5. Momentum Persamaan Momentum
6. Pergerakan meter elektrod dan aplikasi
7. PENGUKURAN VELOCITY
8. Pengukuran Aliran

Bab 4. Analisis Dimensi dan Similitud Dinamik

1. Analisis Dimensi
2. Keseragaman dimensi
3. Buckingham Pi theorem
4. Nombor Dimensi
5. Undang-undang persamaan

Bab 5. Laminar Aliran

1. Laminar dan aliran bergelora
2. Reynolds percubaan & nombor Reynolds
3. Hubungan antara kecerunan ricih dan tekanan
4. Laminar melalui paip bulat
5. Undang-undang Stokes
6. prinsip pelinciran


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