Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model

M. Skovgaard; Peter V. Nielsen

Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model

M. Skovgaard
, Peter V. Nielsen

Research output: Book/Report › Report › Research › peer-review

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Abstract

In the summer 1988 13 countries under the International Energy Agency established a cooperative work - Annex 20. This Annex is divided into two subgroups where Denmark contributes in subtask 1.
This contribution is giving a historical background for the establishment and the contents of Annex 20. The purpose of Annex 20 is to carry out simulations and full-scale experiments and to compare these investigations. This is done to support a more common use of advanced numerical calculations in engineering flow calculations within the field of ventilation.
In the project it is possible for the countries to make investigations which are of particular interest for them in order to increase the understanding of the complicated flow patterns in ventilated buildings.

Original language	English

Place of Publication	Aalborg
Publisher	Institut for Bygningsteknik, Aalborg Universitet
Number of pages	12
Publication status	Published - 1990

Series	Indoor Environmental Technology
Number	13
Volume	R9042
ISSN	0902-7513

Bibliographical note

Presented at "Nordisk Indeklima - arbejdsmiljø og energikonference", Copenhagen, August, 1990

PDF for print: 18 pp.

Keywords

Aircondition
Numerical Prediction
Air Distribution
K Standard ∈ Model
Ventilation
Computational Fluid Dynamics
Inlet Momentum Flow
Three-Dimensional Room Flow

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Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K ModelFinal published version, 6.05 MB

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Cite this

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title = "Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model",

abstract = "In the summer 1988 13 countries under the International Energy Agency established a cooperative work - Annex 20. This Annex is divided into two subgroups where Denmark contributes in subtask 1. This contribution is giving a historical background for the establishment and the contents of Annex 20. The purpose of Annex 20 is to carry out simulations and full-scale experiments and to compare these investigations. This is done to support a more common use of advanced numerical calculations in engineering flow calculations within the field of ventilation. In the project it is possible for the countries to make investigations which are of particular interest for them in order to increase the understanding of the complicated flow patterns in ventilated buildings.",

keywords = "Aircondition, Numerical Prediction, Air Distribution, K Standard ∈ Model, Ventilation, Computational Fluid Dynamics, Inlet Momentum Flow, Three-Dimensional Room Flow, Aircondition, Numerical Prediction, Air Distribution, K Standard ∈ Model, Ventilation, Computational Fluid Dynamics, Inlet Momentum Flow , Three-Dimensional Room Flow",

author = "M. Skovgaard and Nielsen, \{Peter V.\}",

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year = "1990",

language = "English",

series = "Indoor Environmental Technology",

publisher = "Institut for Bygningsteknik, Aalborg Universitet",

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T1 - Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model

AU - Skovgaard, M.

AU - Nielsen, Peter V.

N1 - Presented at "Nordisk Indeklima - arbejdsmiljø og energikonference", Copenhagen, August, 1990 PDF for print: 18 pp.

PY - 1990

Y1 - 1990

N2 - In the summer 1988 13 countries under the International Energy Agency established a cooperative work - Annex 20. This Annex is divided into two subgroups where Denmark contributes in subtask 1. This contribution is giving a historical background for the establishment and the contents of Annex 20. The purpose of Annex 20 is to carry out simulations and full-scale experiments and to compare these investigations. This is done to support a more common use of advanced numerical calculations in engineering flow calculations within the field of ventilation. In the project it is possible for the countries to make investigations which are of particular interest for them in order to increase the understanding of the complicated flow patterns in ventilated buildings.

AB - In the summer 1988 13 countries under the International Energy Agency established a cooperative work - Annex 20. This Annex is divided into two subgroups where Denmark contributes in subtask 1. This contribution is giving a historical background for the establishment and the contents of Annex 20. The purpose of Annex 20 is to carry out simulations and full-scale experiments and to compare these investigations. This is done to support a more common use of advanced numerical calculations in engineering flow calculations within the field of ventilation. In the project it is possible for the countries to make investigations which are of particular interest for them in order to increase the understanding of the complicated flow patterns in ventilated buildings.

KW - Aircondition

KW - Numerical Prediction

KW - Air Distribution

KW - K Standard ∈ Model

KW - Ventilation

KW - Computational Fluid Dynamics

KW - Inlet Momentum Flow

KW - Three-Dimensional Room Flow

KW - Aircondition

KW - Numerical Prediction

KW - Air Distribution

KW - K Standard ∈ Model

KW - Ventilation

KW - Computational Fluid Dynamics

KW - Inlet Momentum Flow

KW - Three-Dimensional Room Flow

M3 - Report

T3 - Indoor Environmental Technology

BT - Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model

PB - Institut for Bygningsteknik, Aalborg Universitet

CY - Aalborg

ER -

Numerical Prediction of Air Distribution in Rooms with Ventilain of the Mixing Type Using the Standard K,∈ Model

Abstract

Bibliographical note

Keywords

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