Altair Partners with Auburn University on $1.25 Million AFWERX Contract for Vortex Rocket Engine Advancement
In a groundbreaking collaboration, Altair, a leader in computational intelligence, is joining forces with Auburn University's Samuel Ginn College of Engineering to tackle challenges in aerospace with a focus on vortex rocket engines. This partnership is underpinned by a significant $1.25 million contract awarded by AFWERX, the innovation arm of the U.S. Department of the Air Force. The aim is to develop sophisticated analytical models for cyclonic flows, craft advanced computational models, and investigate the stability of various vortex engines, which promises to benefit both public and private aerospace sectors.
Altair's involvement in this project marks the continuation of its legacy in aerospace innovation, especially following its acquisition of Research in Flight earlier this year. This acquisition brought advanced technological capabilities to Altair, now marketed under the name Altair® FlightStream™, a vital component of the Altair® HyperWorks® platform. Pietro Cervellera, Senior Vice President of Aerospace and Defense at Altair, emphasizes that this collaboration not only harnesses the retained expertise from Research in Flight but also showcases the strength of Altair's technology in revolutionizing aerospace engineering processes.
The notable aspect of this project lies in the immediate efficiency gains anticipated from using FlightStream. Traditionally, testing procedures aimed at assessing vortex engine capabilities took approximately two weeks per test. However, the integration of FlightStream enables rapid predictions, accomplishing these evaluations in a matter of minutes. Dr. Joe Majdalani, who leads Auburn's engineering team, expresses excitement about this capability, stating that the potential for swift results will drastically transform the study and development of future vortex engine technologies.
The AFWERX initiative seeks to leverage innovative ideas from small businesses and startups to mitigate pressing challenges faced by the Department of the Air Force. Since its inception, AFWERX has successfully executed over 6,200 contracts amounting to an impressive $4.7 billion, aiming to bolster the U.S. defense industrial base while accelerating the transition of technology to operational levels. With the combination of resources from Altair, Auburn University, and the backing from AFWERX, expectations are high for significant advancements in aerospace technology.
For those interested in learning more about Altair's contributions to this exciting venture, the company will be present at Booth #16 during the American Aerospace Defense Summit in Glendale, Arizona, taking place from December 4-5. This collaboration stands not just as an economic engagement but as a beacon of technological innovation with far-reaching implications for the future of aerospace engineering.
With advancements such as these, the stakes are high, not only in improving existing technologies but also in establishing new standards in efficiency, accuracy, and speed in aerospace development. Altair's collaboration with Auburn seems poised to spearhead the next wave of innovations in vortex engine technology, changing how aerodynamics challenges are approached across the industry.
Altair's involvement in this project marks the continuation of its legacy in aerospace innovation, especially following its acquisition of Research in Flight earlier this year. This acquisition brought advanced technological capabilities to Altair, now marketed under the name Altair® FlightStream™, a vital component of the Altair® HyperWorks® platform. Pietro Cervellera, Senior Vice President of Aerospace and Defense at Altair, emphasizes that this collaboration not only harnesses the retained expertise from Research in Flight but also showcases the strength of Altair's technology in revolutionizing aerospace engineering processes.
The notable aspect of this project lies in the immediate efficiency gains anticipated from using FlightStream. Traditionally, testing procedures aimed at assessing vortex engine capabilities took approximately two weeks per test. However, the integration of FlightStream enables rapid predictions, accomplishing these evaluations in a matter of minutes. Dr. Joe Majdalani, who leads Auburn's engineering team, expresses excitement about this capability, stating that the potential for swift results will drastically transform the study and development of future vortex engine technologies.
The AFWERX initiative seeks to leverage innovative ideas from small businesses and startups to mitigate pressing challenges faced by the Department of the Air Force. Since its inception, AFWERX has successfully executed over 6,200 contracts amounting to an impressive $4.7 billion, aiming to bolster the U.S. defense industrial base while accelerating the transition of technology to operational levels. With the combination of resources from Altair, Auburn University, and the backing from AFWERX, expectations are high for significant advancements in aerospace technology.
For those interested in learning more about Altair's contributions to this exciting venture, the company will be present at Booth #16 during the American Aerospace Defense Summit in Glendale, Arizona, taking place from December 4-5. This collaboration stands not just as an economic engagement but as a beacon of technological innovation with far-reaching implications for the future of aerospace engineering.
With advancements such as these, the stakes are high, not only in improving existing technologies but also in establishing new standards in efficiency, accuracy, and speed in aerospace development. Altair's collaboration with Auburn seems poised to spearhead the next wave of innovations in vortex engine technology, changing how aerodynamics challenges are approached across the industry.
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