Large steam blast generator model

What is a steam generator model?

The steam generator model consists of 15 lumps with the effective secondary heat exchange region divided into a subcooled heat transfer region and a boiling heat transfer region with a dynamic boundary.

Which numerical tool is used for steam generator simulation?

The one-dimensional model is the most widely used numerical tool for steam generator simulation in the engineering application due to its practicality and efficacy. Numerous studies have been carried out on inveatigating single-phase and two-phase pressure drop and heat transfer characteristics of H-OTSG.

Could a working reactor model be used as a steam generator?

Future work includes the development of a working reactor model. Coupling the reactor and steam-generator models would allow for a feedback loop between the reactor and steam generator, realistically changing the steam-generator inlet conditions.

Can a steam generator be combined with a reactor?

Coupling the reactor and steam-generator models would allow for a feedback loop between the reactor and steam generator, realistically changing the steam-generator inlet conditions. Work will also be done on other transients including, but not limited to, start-up and shutdown operations and plugged and fouled tubes.

What is a helical-coil steam generator?

A helical-coil steam generator is one heat-exchanger design under consideration. Helical-coil steam generators are preferred over other steam generators for their increased heat transfer and compactness. Safety and reliability are an integral part of the helical-coil steam generator evaluation for NGNP.

Does helical-coil steam multiple tubes generator work?

The Though the helical-coil steam multiple tubes generator design is compact and has a involved in this steam high heat transfer coefficient, it does not generator are helically resolve certain issues related to steam wound into bundles generators in nuclear power plants.