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Ford researchers wanted to optimize engine bay airflow while considering a significant number of design parameters, a job that required supercomputing resources on a completely new scale.
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For Procter & Gamble, access to Oak Ridge means it can do things it had never imagined before-like delve deeper into understanding how different compounds react with one another at a molecular level or how human hair and skin absorb those agents. (.pdf)
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Demand for supercomputers has increased five-fold over the past five years.
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A project led by Amra Peles of UTRC is pushing the limits of lower-cost, genuinely renewable hydrogen production and use for fuel cells.
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An OLCF industrial partner was recently named a winner of International Data Corporation’s (IDC) HPC Innovation Excellence Award, announced in Salt Lake City, Utah at the annual supercomputing conference SC12.
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The OLCF took home awards in green computing and industry collaboration from the 2012 HPCwire “Readers’ Choice Awards.”
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In a breakthrough that harnesses video-game technology for solving science’s most complex mysteries, the U.S. government’s new Titan machine was named the world’s fastest supercomputer.
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Ramgen Power Systems, a Seattle-based energy R&D firm, is developing a novel gas compressor system based on shock-wave technology used in supersonic flight applications by using the OLCF’s Jaguar supercomputer.
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OLCF Director of Science Jack Wells recently spoke at the United Technologies Engineering Fellows Lecture series at Pratt & Whitney in East Hartford, Connecticut on July 26.
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GE Global Research, an OLCF industrial partner, was recently named a winner of International Data Corporations (IDCs) HPC Innovation Excellence Award.
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GE takes its turbomachinery research and development to the fast lane with the help of Jaguar, one of the fastest computers in the world.
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The ORNL Industrial HPC Partnerships Program has fostered collaboration and innovation between government and the private sector for the past 2 years. Recently project director Suzy Tichenor reached out to new audiences as she traveled to Stuttgart, Germany, and Denver, Colorado, to showcase the program’s expansion and achievements.
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For years, academia has looked to simulation to solve some of science’s most complex problems. Recently, industry has taken notice—America’s most powerful machines are now helping its most powerful companies. Take Jaguar and Boeing, for example.
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Jaguar helps allow BMI to complete the modeling phase of the Smart Truck project approximately ten times faster than otherwise possible.
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Computer modelling is being used to improve the airflow around big trucks and reduce their fuel consumption.
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