Cellular materials with periodic architectures have been extensively investigated over the
past decade for their potential to provide multifunctional solutions for a variety of …

Several applications, where extreme conditions occur, require the use of alloys often
containing many critical elements. Due to the ever increasing prices of critical raw materials …

Due to the pneumatic heating and combustion effect, the scramjet engine of hypersonic
vehicle faces high temperature challenge. It is necessary to comprehensively consider its …

This paper presents a numerical simulation on the thermal–hydraulic performance of
multiple parallel cooling channels to realize active thermal protection of hypersonic aircraft …

To study the thermal design of a scramjet aircraft, we propose a program for conjugate
thermal analysis of an X-51A-like aircraft with a regenerative cooling channel. We …

In this paper, a procedure is demonstrated for the numerical analysis of a cooling system
using active panels for high-speed combustion chambers subjected to high thermo …

This study presents an optimal design of a regenerative cooling system for a ram/scramjet
dual-mode aircraft, similar to the design of an X-51A Waverider, using conjugate heat …

A supercritical carbon dioxide (sCO 2) to aviation kerosene fuel heat exchanger is an
important part of the power and thermal management system (PTMS) of hypersonic vehicles …

Considering that the scramjet combustor requires active cooling, a study of composite lattice
structure with auxiliary fluid field which is under constant thermal load to provide a stable …

This paper established the minimal surface lattice structure cooling model, researched the
fluid-solid coupling cooling properties in addition flow by interface function transmit and …