Aerospace HPC R&D Solutions

Aerospace HPC R&D engineering requires high performance computing to perform large-scale structural, fluid dynamics, thermal, and electromagnetic analyses. Rescale’s customers leverage the latest cloud hardware technology to analyze complex applications including wing structural strength, turbine flow, antenna placement, and lightning strike.

Leading Aerospace HPC R&D Users Benefit From Rescale

Accelerated Development

Multiphysics simulation is a key part of modern product development. Accelerate innovation and time to market with Rescale.

Secure Workflows

With end-to-end encryption and the latest certifications, Rescale offers a secure environment for your data.

Cloud Desktops

Via a standard internet connection, Rescale’s customers can remotely access their 2D/3D desktop applications and interactively visualize their simulation results.

Featured Aerospace HPC R&D Customer: Boom Supersonic

Boom Supersonic is an aerospace startup that is designing a supersonic passenger jet that will take business travelers from San Francisco to Tokyo in 5.5 hours, revolutionizing business travel and revitalizing a long-stagnant industry. By doing all their aerospace simulation in the cloud with Rescale, Boom was able to:

Increase Simulation

Increase simulation throughput and reduce time to market by scaling out and parallelizing their jobs on Rescale’s virtually unlimited cloud hardware.

Scalability

Scale the business quickly by automating the company’s simulation workflow and centralizing data management on the Rescale ScaleX platform.

Efficiency

Eliminate in-house IT overhead. Instead, they are able to focus 100% on product development.

HPC Resources for Aerospace R&D Professionals

Accelerating the Future of Air and Space Innovation. Rescale powers 7 of the top 10 global aerospace companies, from defense contractors to private sector engineering teams developing next generation innovations. From urban mobility and electrified VTOLs to space-faring rockets and low-earth orbit satellites, simulation and modeling plays a vital role in designing safe, reliable, and innovative solutions for the aerospace industry.

"The improvements delivered by Rescale were truly impressive: We were able to run Ansys Fluent and CFX fluid dynamics simulations four times more quickly, enabling engineers to gain access to vital data more quickly to accelerate R&D. We saw similar improvements, up to 3.3x faster, with CHARM rotor dynamics simulations on Rescale. Work that previously extended over a five-day design period can now be completed in just one day, reducing the typical cost per job by 75%."

Kurt Clement, Lead Engineer

"Instead of making a heavy investment on a new solve machine for our office, we can spend some money on Rescale to get that same power. If you look at the cost of Rescale, it’s insignificant compared to man-hours on the job. Licensing for software is not cheap, but Rescale allows us to solve jobs faster so we can free up licenses for other jobs so we can push off our need to purchase more licenses."

Mike Krawczyk, Principal Mechanical Engineer

"Rescale’s scalable computing resources enable rapid analysis of complex aerodynamics. To reduce the technical risks of our project with high-fidelity predictive software requires immense computational resources. Rescale offers us a turnkey solution to connect our software tools to high-performance hardware infrastructure."

Zach Lovering, Vahana Project Executive

"With the Rescale Platform, we have:

• Flexibility to adapt our computational usage to a problem
• A wide range of software options
• Easy to use platform
• Easy licensing and setup"

Eric Nielsen, Senior Research Scientist, NASA Langley Research Center

"Otto Aviation is innovating to develop more efficient, environmentally friendly aircraft. Rescale’s platform supports our efforts to optimize laminar flow design and composite materials, resulting in a 50-60% reduction in carbon emissions and 30-40% reduction in operating costs."

Kyle Heironimus, VP of Engineering