Spacecraft entering a planetary atmosphere are surrounded by a plasma layer containing
high levels of ionization, due to the extreme temperatures in the shock layer. The high …

Thrust-vectoring capability has become a critical feature for propulsion systems as space
missions move from static to dynamic. Thrust-vectoring is a well-developed area of rocket …

As part of the EU New Horizon 2020 project on a Magnetohydrodynamic (MHD) Enhanced
Entry System for Space Transportation (MEESST) superconducting magnetic coils will be …

针对高超声速飞行器电磁调控分析中霍尔电场高效数值模拟方法的需求, 以磁流体动力学基本
原理为基础, 构造了双曲形式的霍尔电场控制方程. 基于自行开发的计算流体力学数值求解框架 …

High heat flux and radio blackout are well-known challenges space vehicles have been
facing during re-entry into a planet's atmosphere since the early days of space-flight …

在高超声速再入式飞行器通信黑障问题众多解决方案中, 电磁调控方法是最具可行性的方法之一
. 一个细致可靠的电磁调控方案不仅需要准确考虑外加电磁场对导电流体作用 …

This paper investigates the role of magnetohydrodynamics (MHD) on the
aerothermodynamics (ATD) of a representative entry vehicle while flying into the Martian …

In hypersonic computational fluid dynamics, the two-temperature (2-T) model is widely used
to simulate thermochemical nonequilibrium. The 2-T model incorporates translational …

The renewed interest in hypersonic flights due to NASA's Artemis program has brought fresh
attention to the physical challenges of reusable thermal protection systems. The need to …

Avoiding radio communication blackouts during atmospheric entry is crucial to a space
mission and can be life-saving. A novel ray-tracing algorithm, called Blackout Ray Tracer …