[Bldg-sim] Building CFD

[Aizaz Samuel]

There are a number of publications available on linking CFD with thermal
and airflow simulation.

2005. Samuel A, Strachan P. /Integration of Contaminant Behaviour
Prediction within Whole Building Simulation/. Proceedings of 9th IBPSA
Conference, Montreal, Canada. http://www.ibpsa.org <http://www.ibpsa.org/>


2006. Hand J, Samuel A. /Modelling Potentially Complex Flows within
Historical Buildings./ Proceedings of "Simbuild 2006" 2nd National
Conference of IBPSA USA, Cambridge, USA. http://www.ibpsa.us
<http://www.ibpsa.us/>

Negrao C O R (1995) 'Conflation of computational fluid dynamics and
building thermal simulation', PhD Thesis
<http://www.esru.strath.ac.uk/Documents/PhD/negrao_thesis.pdf>, Glasgow:
University of Strathclyde.

Beausoleil-Morrison I (2000) 'The Adaptive Coupling of Heat and Air Flow
Modelling Within Dynamic Whole-Building Simulation', PhD Thesis
<http://www.esru.strath.ac.uk/Documents/PhD/beausoleil-morrison_thesis.pdf>,
Glasgow: University of Strathclyde.

Clarke J A, Hensen J L M and Negrao C O R, `Predicting Indoor Air Flow
by Combining Network Approach, CFD and Thermal Simulation', Proc. 16th
AIVC Conference, Palm Springs, Sept. 1995.

Clarke J A, Dempster W M and Negrao C, `The Implementation of a
Computational Fluid Dynamics Algorithm within the ESP-r System
<http://www.esru.strath.ac.uk/Documents/cfd_implementation.pdf>',
Building Simulation '95, Madison, Aug 1995, pp166-175.


2006. Samuel A. /On the Conflation of Contaminant Behaviour Within Whole
Building Performance Simulation/. PhD Thesis. University of Strathclyde,
Glasgow, UK. http://www.esru.strath.ac.uk <http://www.esru.strath.ac.uk/>

2006. Samuel A, Strachan P. /An Integrated Approach to Indoor
Contaminant Modelling/. HVAC&R Research. Volume 12, Number 3a. Special
Issue: Building Performance Simulation. http://www.ashrae.org
<http://www.ashrae.org/>

2007. Hand J, Samuel A. /CFD Assessments within Strongly Transient Domains./ Proceedings of 10th IBPSA Conference, Beijing, China. http://www.bs2007.org.cn <http://www.bs2007.org.cn/> 

Beausoleil-Morrison I and Clarke J A (2003) 'An adaptive conflation between computational fluid dynamics and thermal simulation for modelling indoor air flow and convective heat transfer at internal building surfaces', /ASHRAE Transactions/.

Bartak M, Beausoleil-Morrison I, Clarke J A, Denev J, Drkal F, Lain M, Macdonald   I A, Melikov A, Popiolek Z and Stankov P (2002) 'Integrating CFD and Building Simulation <http://www.sciencedirect.com/science?_ob=ArticleListURL&_method=list&_ArticleListID=101466434&_sort=d&_st=0&_acct=C000046979&_version=1&_urlVersion=0&_userid=875629&md5=1f51855a954890b51d99558110f2d5c1>', /Building and Environment*,*/* *V37(8-9), pp865-71, ISSN : 0360-1323


-- 
Dr Aizaz A Samuel
Department of Mechanical Engineering
University of Strathclyde
James Weir Building
Glasgow, UK

t: +44 141 548 5765
f: +44 141 552 5105
e: samuel at esru.strath.ac.uk





On 21/02/11 07:10, sambhav tiwari wrote:
> Hi All,
>           Computational fluid dynamics a very powerful concept of
> optimizing air flow and predicting thermal comfort of a building in
> terms of temperature, air circulation, contaminants etc however
> applying a correct boundary condition is a time consuming work  as the
> boundary conditions varies our results varies over a range recently i
> seen a cfd online query where one user has used velocity as inlet
> condition and pressure as a outlet condition for naturally ventilation
> a room with heat  a generating source inside room how far is  this
> condition justified.
>
> Thanks
> Sambhav
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