The convective zone of a power-station boiler is a complex piece of engineering equipment,
which comprises a multiplicity of inter-connected heat-exchanging elements. This paper …

In this study, a three-dimensional numerical model has been developed to simulate the fluid
flow and heat transfer in industrial steam surface condensers with complex irregular shapes …

The flow and heat transfer performance of a power plant condenser for a 300 MW unit was
numerically analyzed using a porous medium model. Three typical tube arrangements were …

A porous medium model was used for numerical and experimental investigations of a
system that includes a tube bundle inside a steam turbine surface condenser. A …

The results of the usual design model “Standards for Steam Surface Condensers (SSSC)”
and those of a two-dimensional model (2D) and a three-dimensional model (3D) are …

In this paper, various turbulence models are compared to determine which models are most
accurate in simulating two-phase fluid flow and heat transfer in steam surface condensers …

A Computational Fluid Dynamics (CFD) model is described for simulating flow and heat
transfer in a condenser. A single-phase approach is used which predicts the flow of a steam …

To support its technology, a factory may consume heat and power. We can produce them
inside the factory or buy them from an outside plant. For production of these energies, we …

Two steam surface condenser design methods are compared: that of the Heat Exchange
Institute Standards and a three-dimensional steady-state numerical model for simulating the …

The numerical simulation of condenser flows could provide a more powerful tool for
improving design if the numerical problems causing poor solution behavior could be …