The challenge of aerodynamic heating in hypersonic vehicles becomes more significant as
they reach higher Mach numbers, which poses a major obstacle in aircraft design. The …

THERMAL management systems are an important consideration in modern aerospace
engineering. Managing the maximum heat load at the fluid–solid interface is necessary in …

Using porous materials has become an effective means to enhance heat transfer. Volumetric
receiver is a key component inside the solar thermal systems. The novel concept using …

In today's rocket thrust chambers extremely high heat loads are apparent. Reducing these
loads in combination with a reduction of the thrust chamber's structural weight can be …

Experiments were conducted to investigate the transpiration cooling performance of the
sintered woven wire mesh structures with different porosities at various blowing ratios in this …

For the numerical investigation of transpiration cooling problems, often two-domain models
are used. Different systems of governing equations are solved in a hot gas and a porous …

With the development of active thermal protection techniques (TPTs), optimization
transpiration cooling (OTC) design, to enhance the cooling effect in stagnation regions and …

This paper experimentally and numerically investigates the effect of shock waves on
transpiration cooling of a porous plate. The experiments were conducted in a wind tunnel of …

Transpiration cooling has been theoretically identified as a more efficient thermal protection
system, compared to regenerative and film cooling techniques. The availability of porous …

Transpiration cooling is an active cooling technique able to reduce thermal loads of
applications exposed to extreme operation conditions. A coolant is driven through a porous …