on video Shell And Tube Heat Exchanger Animation

 Shell And Tube Heat Exchanger Animation

This video shows simulation of a dry-start for such a shell and tube heat exchanger where cold water entered the tubes at 20°C and hot water entered the shell side at 100°C.

Slight pressurization ensures that the water doesn't boil, and the model predicts the dry-start behavior as well as the resultant outlet temperatures.

Different parts of shell and tube heat exchanger:

1. Tube

2. shell

3. Baffles

4. Tube sheet

5. Front header

6. rear header

7. pass partition plate.

 Shell And Tube Heat Exchanger Animation

This video shows simulation of a dry-start for such a shell and tube heat exchanger where cold water entered the tubes at 20°C and hot water entered the shell side at 100°C.

Slight pressurization ensures that the water doesn't boil, and the model predicts the dry-start behavior as well as the resultant outlet temperatures.

Different parts of shell and tube heat exchanger:

1. Tube

2. shell

3. Baffles

4. Tube sheet

5. Front header

6. rear header

7. pass partition plate.