HEAT TRANSFER Notes | All Models | Download pdf Free

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Subject:- heat transfer [ HT ]

Semester :- 5th sem

Type :- notes

Contains/syllabus of heat transfer

Chapter 1.  

Fourier's law

Newton's law of cooling

Thermal resistance

Sensible heat

Latent heat

Cp for water

Cp of steam

Basic concept of heat transfer 

‌Define heat transfer and it's important in engineering applications

‌difference between heat transfer and thermodynamics, physical mechanism of modes of heat transfer.

‌governing laws of heat transfer, conduction mode.

‌comvection mode 

‌radiation mode.

‌

Chapter2. Conduction

Assumption bin heat conduction, generalized heat conduction equations in rectangular.

‌steady State heat conduction through plane wall.

Chapter 3.

Case1. Infinity length

Case2. Finite length and insulation tip

Case3. Finite length and uninsulated tip.

Case4. Thermometric well.

Case5. Fin connected between 2 temp bodies.

Case unsteady State heat transfer.

Extended surface, unsteady state heat transfer ( transient heat conduction ) and numerical methods in heat conduction

‌Types of extended surface and it's significant, governors differential equations for fin and it's solution.

‌fim performance:

‌unsteady State heat transfer: application of unsteady heat transfer, lumped system analysis, criteria for lumped system for its solution.

Chapter 4. Convection heat transfer 

1. Reynolds number.

2. Nusselt number.

3. Prandtl number.

4. Grashoff's number.

5. Mass flow rate.

6. Dynamic velocity.

7. Beyond number.

Chapter 5.Radiation heat TRANSFER

1. By shape factor.

2. By reciprocating theorem.

3. If shield is given between 2 parallel surface.

4. Derivatives for heat transfer between 2 parallel plate.

Chapter 6.Boiling and condensers and heat exchangers.

1. General equition.

2. Energy balance.

3. Effectiveness

4. To find E.

5. Energy balance equations.

6. Heat exchanger.

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