High Performance Computing for the West of Scotland

ARCHIE_PROMO_BANNOCKBURN_IMAGE

The Battle of Bannockburn

"We intend to continue to use ARCHIE and would recommend its use to anyone" - Jared Benjamin, Glasgow School of Art

Hydroacoustic Modelling of Underwater Noise

Using CFD to model underwater noise radiated by ships in a realistic environment

Monte Carlo Modelling of Spacecraft Re-Entry

Monte Carlo Modelling of Spacecraft Re-Entry

Using the DSMC method for hypersonic flow in a rarefied gas

CFD Simulation of Surge Onset in Centrifugal Compressors

Investigating flows during surge phenomena in centrifugal compressors

Fibronectin Adsorption at Solid Surfaces

MD simulations of protein adsorption at mica, SiO2 and gold surfaces

Understanding the dynamic magnetic field in the solar atmosphere

Understanding the dynamic magnetic field in

Jan 20191
Space_debris_around_Earth_large

Strathclyde Ranks First in Europe at

News Jun 20172
Basic RGB

New twists in the diffraction of

Apr 20163
ARCHIE_PROMO_BANNOCKBURN_IMAGE

The Battle of Bannockburn

May 20144
Pearce Kaczmarczyk1

Computational Solid Mechanics

Apr 20145

Hydroacoustic Modelling of Underwater Noise

Sep 20136
Monte Carlo Modelling of Spacecraft Re-Entry

Monte Carlo Modelling of Spacecraft Re-Entry

Jan 20137

CFD Simulation of Surge Onset

Sep 20138

Fibronectin Adsorption at Solid Surfaces

Sep 20139
 

ARCHIE-WeSt is a regional supercomputer centre at the University of Strathclyde 

dedicated to research excellence and wealth creation in the West of Scotland.

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ARCHIE-WeSt operates in partnership with the Universities of Glasgow, Glasgow Caledonian, West of Scotland and Stirling.

The centre was established in March 2012 by a £1.6M award from the EPSRC e-Infrastructure fund to establish a regional centre of excellence in High Performance Computing. The aim of the centre is to provide High Performance Computing capability for Academia, Industry and Enterprise in the West of Scotland.

Archie comprises of over 2500 INTEL Skylake 6138 cores for distributed parallel computing, two 3TB RAM large memory nodes and 210TB of high performance GPFS storage.

 

 
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