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|ED 2030||Fluid Mech. and Heat Transfer||3||-||-||3||PMT|
Fluid Mechanics – Classification of fluid motion.- Basic Equations of Hydrostatics. -Analysis of submerged surfaces. – Buoyancy and Stability. (4 hrs.)
Conservation of mass, momentum and energy – Applications (8 hrs.)
Introduction and Classification of Fluid Machines – Analysis of Turbo machinery flows – Performance characteristics of turbo machines (8 hrs)
Heat Transfer: Conduction – General Conduction Equation – One dimensional Steady state conduction- Fins and Extended Surfaces – Transient conduction of lumped and distributed systems. (7 hrs.)
Convection: Boundary Layers – dimensionless group for convection – Forced Convection – Laminar flow in a pipe –flow over cylinders, spheres Elements of free convection – (7 hrs.)
Turbulent flow in pipes – Introduction to the analysis of heat exchangers (3 hrs.)
Elements of Radiative Heat Transfer (3 hrs.)
1. Fox and McDOnald, Introduction to Fluid Mechanics, Fifth Edition, John Wiley, 2003.
2. C.A. Long, Essential of Heat Transfer, Longman 1999.
3. S.P. Venkatesan, A First Course in Heat Transfer, ANE Books, 2004.