Shock Waves Ignite Fuel-Air Interfaces in Two Distinct Ways, Simulations Show
Numerical simulations of shock waves striking sinusoidal hydrogen-air interfaces reveal weak and strong ignition regimes, with combustion leaving instability growth ...
Numerical simulations of shock waves striking sinusoidal hydrogen-air interfaces reveal weak and strong ignition regimes, with combustion leaving instability growth ...
A hybrid SBES simulation shows how upstream shock waves thicken boundary layers, generate secondary compression waves, and alter the turbulent ...
Researchers in China have developed a fully coupled numerical method that captures the interplay of aerodynamic heating, two-temperature thermochemistry, and ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine