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Simulation Based Engineering & Science Magazine11th July 2013 - The University of Warwick Science Park, The Venture Centre
Free modeFRONTIER Workshop at The University of Warwick Science Park - The Venture Centre
11th July 2013 - The University of Warwick Science Park, The Venture Centre
Free modeFRONTIER Workshop at The University of Warwick Science Park - The Venture Centre
3rd July 2013 - Web/Online
Save Time and Money While Pushing Reservoir Data Handling to New Frontiers.
Join us on Wednesday 3rd July a 1-hour webinar on Kraken a powerful cost and time-saving reservoir simulation post-processor.
5th June 2013 - Web/Online
Save Time and Money While Pushing Reservoir Data Handling to New Frontiers.
Join us on Wednesday 5th June a 1-hour webinar on Kraken a powerful cost and time-saving reservoir simulation post-processor.
3rd June, 2013 - Coventry, UK
Free modeFRONTIER Workshop at The University of Warwick Science Park - The Venture Centre
The nacelle is the cover or housing that holds engines, equipment, or fuel on an aircraft. Its design is crucial to the overall aerodynamic efficiency of the aircraft as it often holds key components such as the engine that cannot themselves be easily optimized for aerodynamic efficiency. Given the components the nacelle may house, certain properties, such as the air mass flow intake needed for the engine, needs to be maintained, while reducing the overall drag to increase aerodynamic efficiency. Learn more ...
The intent of the study was to produce a new design for a cast iron (GJS400) lead roller support used in a paper machine which reduces its weight, while maintaining or reducing its fatigue life cycle resulting from regular production use. Since these two objectives could be construed as conflicting, a multi-disciplinary design simulation that encompassed the main life cycle stages of the component, from its design to its production and in-service use, was set up in order to produce a new design where both of these objectives were optimized. Learn more ...
The aim of this study was to find the best quality glass-clamping system, through parametric model optimization, for a new pyrolytic self-cleaning oven by Indesit. Like all pyrolytic self-cleaning ovens the pyrolysis process causes the oxidization of spills and dirt in the oven at temperatures of 450°to 500°C reducing them to ashes. This process produces a high thermal gradient which considerably deforms the glass and can cause ruptures. Learn more ...