Hypersonic flight is becoming a common development goal of aeronautical and
astronautical technology, thus mandating the requirement that hypersonic vehicle have …

A summary is presented of research progress in the design and technology of hypersonic air
intakes and variable-geometry turbine based combined cycle (TBCC) intakes. Development …

A waverider is any supersonic or hypersonic lifting body that is characterized by an attached,
or nearly attached, bow shock wave along its leading edge. As a waverider can possess a …

A waverider is any supersonic or hypersonic lifting body that is characterized by an attached,
or nearly attached, bow shock wave along its leading edge. A waverider can possess high …

This paper proposes an inward-turning-inlet–forebody integration methodology based on
the dual-waverider concept. For the design concept and the designed flight conditions, both …

With the aim of integrating a ramjet or scramjet with an airframe, a novel inlet–airframe
integration methodology for the hypersonic waverider vehicle is proposed. For this newly …

As the “respiratory tract” of the air breathing engine, the hypersonic inlet plays the role of
compressing, decelerating, and pressurizing flow. However, research on the traditional inlet …

吸气式高超声速乘波飞行器作为可以高效飞行于临近空间空域的运载器, 自概念提出以来一直
受到世界各国的高度关注, 并吸引着众多学者与机构对此开展研究. 本文主要从高超声速飞行器 …

The vortex-shock integrated waverider over a wide speed range could significantly improve
the aerodynamic performance of traditional waveriders by introducing the vortex effect at …

The osculating axisymmetric flows concept is an extension of the concept of the osculating
cones for designing waveriders which is also utilized to design the three-dimensional …