Computational Fluid Dynamics in Ventilation: a new REHVA Guidebook

Peter V. Nielsen; Francis Allard; Hazim B. Awbi; Lars Davidson; Alois Schälin

Computational Fluid Dynamics in Ventilation: a new REHVA Guidebook

Peter V. Nielsen, Francis Allard, Hazim B. Awbi, Lars Davidson, Alois Schälin

Publikation: Bidrag til tidsskrift › Review (oversigtsartikel)

Abstract

Computational Fluid Dynamics in Ventilation Design is a new title in the is a new title in the REHVA guidebook series. The guidebook is written for people who need to use and discuss results based on CFD predictions, and it gives insight into the subject for those who are not used to work with CFD. The guidebook is also written for people working with CFD which have to be more aware of how this numerical method is applied in the area of ventilation. The guidebook has, for example, chapters that are very important for CFD quality control in general and for the quality control of ventilation related problems in particular.

Udgivelsesdato: April

Originalsprog	Engelsk
Tidsskrift	Review Eurovent
Udgave nummer	101
Sider (fra-til)	10-12
Antal sider	3
Status	Udgivet - 2008

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http://www.eurovent-cecomaf.org/web/eurovent/web/review/Review101.pdf

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abstract = "Computational Fluid Dynamics in Ventilation Design is a new title in the is a new title in the REHVA guidebook series. The guidebook is written for people who need to use and discuss results based on CFD predictions, and it gives insight into the subject for those who are not used to work with CFD. The guidebook is also written for people working with CFD which have to be more aware of how this numerical method is applied in the area of ventilation. The guidebook has, for example, chapters that are very important for CFD quality control in general and for the quality control of ventilation related problems in particular.",

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AB - Computational Fluid Dynamics in Ventilation Design is a new title in the is a new title in the REHVA guidebook series. The guidebook is written for people who need to use and discuss results based on CFD predictions, and it gives insight into the subject for those who are not used to work with CFD. The guidebook is also written for people working with CFD which have to be more aware of how this numerical method is applied in the area of ventilation. The guidebook has, for example, chapters that are very important for CFD quality control in general and for the quality control of ventilation related problems in particular.

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Computational Fluid Dynamics in Ventilation: a new REHVA Guidebook

Abstract

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