The mathematics of hypersonic flight primarily involves fluid dynamics, thermodynamics, and gas dynamics, particularly ...

If China can pull off large-scale production of such a plane, it would revolutionize international air travel as we know it.

Hypersonic inlet aerodynamics and flow dynamics are critical areas of research in aerospace engineering, particularly for the development of advanced air-breathing engines like scramjets.

Hypersonic waveriders are advanced aerodynamic vehicles designed to operate at extremely high speeds, typically above Mach 5. These vehicles utilize unique aerodynamic configurations to enhance ...

Challenging the Strategic Necessity of High-Speed Arms The United States has been exploring research and development of ...

The facility enables aerodynamic and aerothermal characterisation for scale models of spacecraft and aerial vehicles. Effects of air and heat in the hypersonic wind tunnel The hypersonic wind tunnel ...

Our main activities focus on the development and use of this expertise for conception, design and analysis of supersonic and hypersonic flight configurations by means of fast engineering design tools ...

Reports are growing of a weapon that could threaten even the most advanced enemy aircraft, with hypersonic speeds posing ...

Hypersonic vehicles, which travel at speeds faster than five times the speed of sound, experience significant thermal and aerodynamic loads. Designing vehicles that can survive extreme environmental ...

UDRI's hypersonic and hypervelocity research supports our customers' efforts to better understand and mitigate the thermal and aerodynamic stresses involved in hypersonic flight (over five times the ...

Is the US Army's Dark Eagle hypersonic missile a crucial breakthrough in an emerging new era of warfare, or an overpriced weapon still struggling to ...

Eliminating moving parts, hypersonic scramjets compress incoming ... is made simpler and lighter by the lack of moving parts, but aerodynamic and thermodynamic design accuracy is crucial.