Abstract
The article describes numerical models and some results of numerical simulation of self-excited oscillatory flow regimes through exhaust diffusers of large steam turbines, operating as a part of compartment (jointly with last stage). The modelling is based on a model of ideal gas flow and full nonstationary 3D formulation and 2nd time and space order explicit Godunov`s scheme. (author) 11 refs.
Solodov, V G
[1]
- Kharkov State Automobile and Highway Technical University, Theoretical Mechanics and Hydraulics Department, Kharkov (Ukraine)
Citation Formats
Solodov, V G.
Three-dimensional simulation of nonstationary flow phenomena in last stage. Exhaust hood compartment and its elements.
Finland: N. p.,
1997.
Web.
Solodov, V G.
Three-dimensional simulation of nonstationary flow phenomena in last stage. Exhaust hood compartment and its elements.
Finland.
Solodov, V G.
1997.
"Three-dimensional simulation of nonstationary flow phenomena in last stage. Exhaust hood compartment and its elements."
Finland.
@misc{etde_357221,
title = {Three-dimensional simulation of nonstationary flow phenomena in last stage. Exhaust hood compartment and its elements}
author = {Solodov, V G}
abstractNote = {The article describes numerical models and some results of numerical simulation of self-excited oscillatory flow regimes through exhaust diffusers of large steam turbines, operating as a part of compartment (jointly with last stage). The modelling is based on a model of ideal gas flow and full nonstationary 3D formulation and 2nd time and space order explicit Godunov`s scheme. (author) 11 refs.}
place = {Finland}
year = {1997}
month = {Dec}
}
title = {Three-dimensional simulation of nonstationary flow phenomena in last stage. Exhaust hood compartment and its elements}
author = {Solodov, V G}
abstractNote = {The article describes numerical models and some results of numerical simulation of self-excited oscillatory flow regimes through exhaust diffusers of large steam turbines, operating as a part of compartment (jointly with last stage). The modelling is based on a model of ideal gas flow and full nonstationary 3D formulation and 2nd time and space order explicit Godunov`s scheme. (author) 11 refs.}
place = {Finland}
year = {1997}
month = {Dec}
}