The transpiration cooling mechanisms used for thermal protection of a nose cone was
investigated experimentally and numerically for various cooling gases. The effects of …

The flow and heat transfer characteristics of transpiration cooling through sintered porous
flat plates with particle diameters dp= 40 and 90 μm was investigated experimentally and …

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 …

The article presents a numerical approach to investigate the transpiration cooling problems
with coolant cracking reaction inside porous media. The effects of cracking reaction, coolant …

In this work, an inverse problem of the transient transpiration cooling is investigated in detail.
The hot surface heat flux, which is dependent on time and space, is estimated according to …

In this work, a transient inverse problem of transpiration cooling is investigated in detail. The
heat flux on the wall to be cooled is estimated by single point temperature measurement …

This study quantified the effects of discrete wall-based film cooling in a rocket with curved
walls. Simulations and experiments showed decreasing with wall radius of curvature …

This study employs conjugate gradient method with adjoint Problem and variable metric
method to estimate inner wall heat flux of rocket nozzle throat. Heat flux in nozzle is …

In this paper, the unknown heat flux is estimated with Davidon-Fletcher-Powell (DFP),
Broydon–Fletcher–Goldfarb–Shanno (BFGS) and Symmetric Rank-one (SR1) version of …