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Convection Movement, Equations and Applications of Fluid Dynamics
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- 142 pages
- English
- PDF
- Available on iOS & Android
eBook - PDF
Convection Movement, Equations and Applications of Fluid Dynamics
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About This Book
This book explains about Convection Movement, Equations and Applications of Fluid Dynamics
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Information
Publisher
Academic StudioYear
2014ISBN
9788132305163
Table of contents
- Cover
- Table of Contents
- Chapter 1 - Convection
- Chapter 2 - Natural Convection
- Chapter 3 - Fin (extended surface)
- Chapter 4 - Grashof Number
- Chapter 5 - Heat Transfer Coefficient
- Chapter 6 - Nusselt Number
- Chapter 7 - Solar Chimney
- Chapter 8 - Rayleigh-BĂ©nard Convection and Marangoni Effect
- Chapter 9 - Mantle Convection and Rayleigh Number
- Chapter 10 - Atmospheric Circulation
- Chapter 11 - Bernoulli's Principle
- Chapter 12 - BenedictâWebbâRubin Equation
- Chapter 13 - Continuity Equation
- Chapter 14 - CamassaâHolm Equation
- Chapter 15 - Darcy Friction Factor Formulae
- Chapter 16 - Euler Equations (Fluid Dynamics)
- Chapter 17 - Derivation of the NavierâStokes Equations
- Chapter 18 - NavierâStokes Equations
- Chapter 19 - OrrâSommerfeld Equation
- Chapter 20 - MildâSlope Equation
- Chapter 21 - Morison Equation