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Flow Science Partners with FRIENDSHIP SYSTEMS for Optimizing Simulation

“The integration of FLOW-3D with CAESES creates a powerful design environment for our users. FLOW-3D’s inherent ease of modifying geometry is even more potent when combined with an optimization tool like CAESES, which specializes in optimizing for geometry as well as other parametric studies,” said Flow Science Vice President of Sales and Business Development, Amir Isfahani.

Powering Aircraft CFD with the Piz Daint Supercomputer

The Piz Daint supercomputer at the Swiss National Supercomputing Centre (CSCS) is again assisting researchers in competition for the prestigious Gordon Bell prize. “Researchers led by Peter Vincent from Imperial College London have made this year’s list of finalists for the Gordon Bell prize, with the backing of Piz Daint at the Swiss National Supercomputing Centre. The prize is awarded annually in November at SC, the world’s largest conference on supercomputing. It honors the success of scientists who are able to achieve very high efficiencies for their research codes running on the fastest supercomputer architectures currently available.”

Simulations of Hydrogen Ingestion Flashes in Giant Stars

“My team at the University of Minnesota has been collaborating with the team of Falk Herwig at the University of Victoria to simulate brief events in the lives of stars that can greatly affect the heavy elements they synthesize in their interiors and subsequently expel into the interstellar medium. These events are caused by the ingestion of highly combustible hydrogen-rich fuel into the convection zone above a helium burning shell in the deeper interior. Although these events are brief, it can take millions of time steps to simulate the dynamics in sufficient detail to capture subtle aspects of the hydrogen ingestion. To address the computational challenge, we exploit modern multicore and many-core processors and also scale the simulations to run efficiently on over 13,000 nodes of NSF’s Blue Waters machine at NCSA.”

Rescale HPC Cloud to Foster Return of Supersonic Travel

Denver-based Boom Technology is leveraging Rescale’s cloud-based simulation and optimization system to enable a rebirth of supersonic passenger travel. “Rescale’s cloud platform is a game-changer for engineering. It gives Boom computing resources comparable to building a large on premise HPC center. Rescale lets us move fast with minimal capital spending and resources overhead,” Joshua Krall, Co-founder & CTO.

Vela Software Acquires Tecplot Fluid Dynamics Software

Today Vela Software announced that it has acquired Tecplot, a leading provider of fluid dynamics visualization and analysis software for engineers and scientists in the aerospace and oil & gas vertical markets.

FLOW-3D User Conference Coming to Chicago

Today Flow Science announced that it will hold its 2016 FLOW-3D Americas Users Conference in Chicago, IL on September 22 at the Warwick Allerton. Anyone interested in the FLOW-3D product suite are invited to attend the conference.

Agenda Posted for FLOW-3D European User Conference

Today Flow Science announced the speakers for its annual FLOW-3D European Users Conference that will take place on June 15-16, 2016 in Kraków, Poland.

Podcast: Supercomputing Gels with Stampede

In this TACC Podcast, Jorge Salazar looks at how researchers are using the Stampede supercomputer to shed light on the microscale world of colloidal gels — liquids dispersed in a solid medium as a gel. “Colloidal gels are actually soft solids, but we can manipulate their structure to produce ‘on-demand’ transitions from liquid-like to solid-like behavior that can be reversed many times,” Zia said. Zia is an Assistant Professor of Chemical and Biomolecular Engineering at Cornell University.

Flow Science Expands to Latin America

Today Flow Science announced that it has formed a new subsidiary, Flow Science Latin America SAS (FSLA), to sell and support Flow Science’s suite of computational fluid dynamics software products throughout Central and South America.

Supercomputing Complex Diesel Injection Mist at Army Research Lab

The ability to study complex interactions inside a diesel engine gives Army scientists a new perspective that may help design more fuel efficient and effective engines. Using state-of-the-art supercomputers, Army scientist Dr. Luis Bravo led efforts to create simulations highlighting the first year of his project, allowing them to investigate the jet fuel spray breakup process with microsecond time fidelity and sub-millimeter resolution, while generating petabytes of data.