Aerospace and Automobile
Quantum-Ready Simulation for Next-Generation Veehicules and Aircrafts
With ColibriTD’s hybrid quantum-classical platform QUICK, engineers can accelerate design cycles, improve precision, and explore innovative configurations, preparing for the next generation of quantum-enhanced simulation.
Quickly navigate through the use cases
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1.
Aerodynamic Optimization
Reduce drag, maximize downforce, and improve energy efficiency while meeting strict design constraints, whether for commercial aircraft or Formula 1.
H-DES accelerates the resolution of Navier-Stokes equations, enabling virtual testing of multiple wing, spoiler, and diffuser configurations.
Impact
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Gain time
Reduced simulation and prototyping time
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Improve performance
Improved fuel efficiency and vehicle performance
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Optimize design
Optimized designs early in the development cycle
2.
Thermal Management and Energy Optimization
Efficient heat transfer is critical for aircraft electronics, hybrid vehicle powertrains, and high-performance batteries. In complex systems, classical simulation may require days of computation.
H-DES enables more detailed thermal and multiphysics simulations model internal and external heat flow, optimizing energy distribution and cooling strategies.
Impact
Improve performance
Enhanced thermal performance and safety
Manage risk
Reduced risk of overheating and component wear
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Improve efficiency
Improved efficiency in propulsion and energy systems
3.
Structural and Material Optimization
Design lightweight yet robust structures that withstand mechanical loads, vibrations, and thermal stress, crucial for aircraft fuselages and vehicle chassis.
H-DES models structural deformation and vibrations, enabling engineers to anticipate stress points and test new configurations virtually.
Impact
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Increase scope
Explore innovative chassis or fuselage designs
Gain time
Reduce R&D validation cycles
Improve performance
Balance stiffness, safety, and performance
4.
Propulsion and Fluid-Structure Interaction
Optimize engine performance and cooling in high-bypass aircraft engines or hybrid propulsion systems, where fluid-structure interactions are complex.
H-DES models fluid-structure and thermal interactions in critical engine zones, providing high-fidelity insights for advanced propulsion architectures.
Impact
Improve performance
Improved thermal and mechanical performance
Reduce risk
Reduced risk of component failure
Gain time
Accelerated validation of innovative propulsion designs
Experience FASTER and More Efficient Computing with
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