Detail publikace

Simulace větrání ve vstupní hale moravské zemské knihovny

KATOLICKÝ, J., JULÍNEK, P., JÍCHA, M.

Originální název

Simulace větrání ve vstupní hale moravské zemské knihovny

Český název

Simulace větrání ve vstupní hale moravské zemské knihovny

Anglický název

CFD simulation of ventilation of entrance hall of moravian regional library

Typ

článek ve sborníku

Jazyk

cs

Originální abstrakt

In the paper, based on MS Thesis by Julinek, 2001, the authors describe CFD modelling of the natural and mixed convection of air inside the entrance atrium of the Moravian library in Brno, Czech Republic. The eight-floor high atrium is formed with eight galleries, which are linked together with staircase, on one side and with glass wall on the other side. Inside the atrium, combination of natural and forced ventilation is used. The goal was to determine temperature and airflow fields, which are caused by interaction between air supply of fresh air and natural convection inside the entrance atrium. The problem was solved using a set of equations for incompressible, unsteady turbulent 3D flow with heat transfer and RNG k-e model of turbulence. The set of equations was solved using the control volume method and CFD code Star-CD.

Český abstrakt

In the paper, based on MS Thesis by Julinek, 2001, the authors describe CFD modelling of the natural and mixed convection of air inside the entrance atrium of the Moravian library in Brno, Czech Republic. The eight-floor high atrium is formed with eight galleries, which are linked together with staircase, on one side and with glass wall on the other side. Inside the atrium, combination of natural and forced ventilation is used. The goal was to determine temperature and airflow fields, which are caused by interaction between air supply of fresh air and natural convection inside the entrance atrium. The problem was solved using a set of equations for incompressible, unsteady turbulent 3D flow with heat transfer and RNG k-e model of turbulence. The set of equations was solved using the control volume method and CFD code Star-CD.

Anglický abstrakt

In the paper, based on MS Thesis by Julinek, 2001, the authors describe CFD modelling of the natural and mixed convection of air inside the entrance atrium of the Moravian library in Brno, Czech Republic. The eight-floor high atrium is formed with eight galleries, which are linked together with staircase, on one side and with glass wall on the other side. Inside the atrium, combination of natural and forced ventilation is used. The goal was to determine temperature and airflow fields, which are caused by interaction between air supply of fresh air and natural convection inside the entrance atrium. The problem was solved using a set of equations for incompressible, unsteady turbulent 3D flow with heat transfer and RNG k-e model of turbulence. The set of equations was solved using the control volume method and CFD code Star-CD.

Rok RIV

2002

Vydáno

05.06.2002

Nakladatel

Slovenská polnohospodárska universita v NItre

Místo

Nitra

ISBN

80-8069-037-5

Kniha

XXI.medzinárodná vedecká konferencia katedier a pracovísk mechaniky tekutin a termomechaniky

Strany od

61

Strany do

67

Strany počet

7

BibTex


@inproceedings{BUT7256,
  author="Jaroslav {Katolický} and Petr {Julínek} and Miroslav {Jícha}",
  title="Simulace větrání ve vstupní hale moravské zemské knihovny",
  annote="In the paper, based on MS Thesis by Julinek, 2001, the authors describe CFD modelling of the natural and mixed convection of air inside the entrance atrium of the Moravian library in Brno, Czech Republic. The eight-floor high atrium is formed with eight galleries, which are linked together with staircase, on one side and with glass wall on the other side. Inside the atrium, combination of natural and forced ventilation is used. The goal was to determine temperature and airflow fields, which are caused by interaction between air supply of fresh air and natural convection inside the entrance atrium. The problem was solved using a set of equations for incompressible, unsteady turbulent 3D flow with heat transfer and RNG k-e model of turbulence. The set of equations was solved using the control volume method and CFD code Star-CD.",
  address="Slovenská polnohospodárska universita v NItre",
  booktitle="XXI.medzinárodná vedecká konferencia katedier a pracovísk mechaniky tekutin a termomechaniky",
  chapter="7256",
  institution="Slovenská polnohospodárska universita v NItre",
  year="2002",
  month="june",
  pages="61",
  publisher="Slovenská polnohospodárska universita v NItre",
  type="conference paper"
}