1. Heat transfer coefficient

2. Critical Heat Flux

3. Pressure drop

4. Two-phase flow pattern maps and void fraction models

5. Heat exchangers

1. Heat transfer coefficient

1.1 Single-phase

1.1.1 Forced convection

1.1.1.1 Flate plate laminar flow

1.1.1.2 Cylinder

1.1.1.3 Sphere

1.1.1.4 Internal flow in tubes (developed, turbulent)

1.1.2 Natural convection

1.1.2.1 Flat plate (Vertical)

1.1.2.2 Cylinder

1.1.2.3 Sphere

1.2 Phase change

1.2.1 Flow boiling microchannels

1.2.2 Flow boiling in conventionnal channels

1.2.3 Pool boilng

1.2.4 Condensation in tube

2.Critical Heat Flux

2.1 Flow boiling

2.2 Pool boiling

3. Pressure drop

3.1 Single phase

3.2 Two–phase

3.2.1 Microchannels

3.2.2 Conventional channels

4.Two-phase flow pattern maps and void fraction models

4.1 Microchannels

4.2 Conventional channels (vertical)

4.3 Diabatic conventional channels (horizontal)

4.4 Void fraction models

5. Heat exchangers

5.1 UA - Overall heat transfer coefficient

5.1.1 Plane wall

5.1.2 Tube

5.2 LMTD method

5.2.1 LMTD - Sizing of heat exchangers

5.3 ε-NTU method

5.3.1 NTU-ε relations - Sizing of heat exchangers:

5.3.2 ε-NTU relations - Peformance of heat exchangers