Comparison of Silsoe Refresh Cube Campaign (RCC) Full-scale, Wind tunnel and CFD methodologies

How to cite this Dataset

Gough, Hannah, Barlow, Janet, Halios, Christos and King, Marco-Felipe (2019): Comparison of Silsoe Refresh Cube Campaign (RCC) Full-scale, Wind tunnel and CFD methodologies. University of Reading. Dataset. https://doi.org/10.17864/1947.143

Description

The information provided below is an overview of some of the key components. More information is included within the files stored into the database. Other data sets are also linked to.

Full-scale: Measurements undertaken at Silsoe, UK, on a pressure tapped cube. Wind, temperature, surface pressure, and concentration measurements were undertaken. Most equipment measured at 10Hz aside from concentration measurements and meteorological measurements. The cube was isolated and surrounded by eight other cubes of similar size during the experiment to monitor the effects of sheltering.

Wind-tunnel:
Experiments were conducted in the Environmental Flow Research Centre (EnFlo), University of Surrey ï¿½Aï¿½ wind tunnel (low speed open circuit). The test section is 0.6 m high, 0.9 m wide and 4.5 m long and is constructed of wood and metal with glass side panels.

Computer fluid Dynamics (CFD) simulation:
A transient Navier-Stokes finite-volume simulation k-? sheer stress transport (SST) scale adaptive simulation (SAS) turbulence model was used to model the isolated cube and array at full-scale in Ansys Fluent 17.1 (Ansys Canonsburg, PA, USA). The k-? SST SAS model is a hybrid RANS-LES model that has shown superior results to steady state RANS and has been detailed for this purpose in King et al. (2017).

For more details see: Gough et al (2019), Gough et al (2018a), Gough et al (2018b) and Gough 2017 (reference list included in files).

Resource Type:

Dataset

Creators:

Gough, Hannah

, Barlow, Janet, Halios, Christos

and King, Marco-Felipe

Rights-holders:

Hannah Gough, University of Reading, University of Leeds

Data Publisher:

University of Reading

Publication Year:

2019

Data last accessed:

5 November 2024

DOI:

https://doi.org/10.17864/1947.143

Metadata Record URL:

https://researchdata.reading.ac.uk/id/eprint/143

Organisational units:

Science > School of Mathematical, Computational and Physical Sciences > Department of Meteorology

Participating Organisations:

University of Reading, University of Leeds, University of Surrey, University of Birmingham, University of Southampton

Keywords:

Silsoe, CFD, wind tunnel, Flow, cubes, full-scale, ventilation, urban, RCC

Rights:

Creative Commons Attribution 4.0 International

Data Availability:

OPEN

Additional details

Project Name:

Refresh

Funders:

Engineering and Physical Sciences Research Council (EP/K021893/1)
Engineering and Physical Sciences Research Council (EP/K021834/1)

Resource Language:

English

Collection period:

From 3 October 2014 To 4 July 2015

Temporal coverage:

From 3 October 2014 To 4 July 2015

Geographic coverage:

Silsoe, UK

Bounding Area:

N. Lat.	E. Long.	S. Lat.	W. Long.
53	0	52	-1

Data collection method:

For all data collection methodology of full-scale, wind tunnel and CFD see: Gough et al (2019), Gough et al (2018a), Gough et al (2018b) and Gough 2017 (reference list included in README files).

Data processing and preparation activities:

Post processing of the data followed the methodology of Barlow et al. (2014) and Wood et al. (2010) (see reference list).

Wind tunnel: Calibrations in line with the ENFLO tunnels guidelines were undertaken, which included despiking of data and statistical checking.

Depositing User:

Dr Hannah Gough

Date Deposited:

03 Apr 2019 09:53

Last Modified:

23 Oct 2024 04:19