Applications

What surrogates are used for in aerospace, automotive and electronics, each with an interactive example.

• Industries and why now: Engineering runs on simulation; data, compute and open models make surrogates practical today.
• Aerospace: Aerodynamic loads, performance and thermal design across the flight envelope, explored before committing to tunnel and flight tests.
• Automotive: Drag, lift, cooling, thermal and aeroacoustic design of vehicles, evaluated in seconds instead of overnight CFD.
• Electronics: Temperature fields in chips, packages and boards, fast enough for floorplanning and run-time power management.