ANSYS APPLICATIONS
Hypersonic Speed Simulation Software
Ansys simulation tools are perfect solutions to examine all the challenges of hypersonic speed. As an aircraft begins to travel above Mach 1, fluids start to exhibit different physical behavior. Our multiphysics simulations enable users to capture the complex phenomena that occur, including strong shocks, plasma, ablation, structural deformation and chemical nonequilibrium. Shorten your development time and reduce testing efforts with industry-leading software that allows you to quickly tackle problems specific to hypersonic design.
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Accuracy for Extreme Aerothermal Environment
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Prediction of Antenna Performance Degradation
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High-fidelity Deformation of Structure
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Component Material Selection Optimization
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Enhance Detection & Tracking
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Optimize Performance of Propulsion Systems
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Explore Potential Trajectories & Maneuvers
“Ansys provides an effective path towards achieving our goals in a timely manner with accurate, meaningful results, making us more reliable and competitive in our field.”
Hypersonic Speed Presents Complex Fluid Flow Behavior
At hypersonic speeds, many challenges may arise that need to be closely examined. There are so few wind tunnels in the world capable of testing hypersonic prototypes, and flight testing is extremely expensive and lengthy. Simulation offers the best and most cost-effective way to look at this flight regime. Ansys simulation tools can be used to examine all the challenges associated with hypersonic speed.
Simulation Solutions
Ansys Solutions for Hypersonic Challenges
Ansys simulation tools can be used to examine all the challenges one may face while traveling at hypersonic speed.
- Airframe Survivability - Understand Thermal and Pressure Effects to Improve Aerothermodynamic Performance
- Thermal Protection Systems - Improve the Heat Shield Design with High-Fidelity Simulation
- Communication Degradation & Blackout - Avoid Flow Ionization Interference with Communication Systems
- Maneuverability at High-Speeds - Develop Trajectories and Maneuvers Allowed by Airframe & Control Surfaces
- Detection & Tracking - Design Higher Quality Sensors and Smarter Sensor Systems
- Propulsion for Acceleration & Maintaining Thrust Virtually Validate Propulsion Systems to Optimize Performance
Featured Events
WEBINARS
ON DEMAND WEBINAR
Tackling Design Challenges for Hypersonic Vehicles
The resurgence in hypersonic technology highlights the need to simulate complex systems using computer simulations. Given the extreme costs of flight testing and the limited capabilities of ground-based wind tunnels, computer simulation is a key enabling technology to stay ahead in the design and analysis of hypersonic vehicles.
ON DEMAND WEBINAR
Improving EO/IR Sensors using Ansys Optical CFD
Learn how this new area of computer simulations, combined with experimentation and analysis, can provide a more comprehensive and cost-effective way to develop better EOIR sensors.
ON DEMAND WEBINAR
High-Speed Combustion/Reacting Flow Modeling
As a leader in combustion/reacting modeling, Ansys tools are being used to solve some of the A&D industry’s toughest problems. In this webinar, we will focus on workflows that apply high-speed combustion/reacting flow models for use in air breathing engines (ramjet, scramjet, RDE), re-entry chemistry, liquid/solid rocket motors, etc.
Featured Resources
VIDEOS
Accelerate Defense Technology Innovation
Emerging threats worldwide require rapid response in the form of new defense technologies. Engineers are using ANSYS multiphysics simulations to reduce development costs for advanced avionics, hypersonic, stealth aircraft and autonomous aircraft.
Blogs
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