This assignment covers topics related to energy and mass conservation, two-dimensional problems, flow in cylindrical geometry, buoyant convection, and turbulent heat and mass transfer.

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This assignment covers topics related to energy and mass conservation, two-dimensional problems, flow in cylindrical geometry, buoyant convection, and turbulent heat and mass transfer.

you most be familiar with below topics to solve the home work problem.
– ENERGY CONSERVATION
1. The energy equation. Diffusion, convection, dissipation.
2. Energy from chemical, biochemical and nuclear reactions.
– MASS CONSERVATION (SOLUTES)
1. Convective and diffusive mass transfer. – TWO-DIMENSIONAL PROBLEMS
1. Thermal and momentum boundary layers on flat plates
2. Karman-Pohlhausen boundary layer theory
– Couette flow in channels.
1. Thermal entrance length in two-dimensional channels. Graetz Problem.
– PROBLEMS IN CYLINDRICAL GEOMETRY
1. Heat transfer in pipes. Graetz problem for circular channels.
2. Pulsating flow in tubes. Application to blood flow.Flow around tubes and tube bundles.
– Flow around tubes and tube bundles.
– Buoyant convection between two parallel plates. Critical Rayleigh numbers
for onset of convection.
– Convective transport due to density stratification in isothermal systems.
TURBULENT HEAT AND MASS TRANFER
1. Laminar to turbulent transition
2. Turbulent boundary layers ??-?? models
3. Application to flat plates and tubes

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