Overall cooling performance of a densely packed multirow-hole-array plate for afterburner heat shields under coupled conduction–convection–radiation heat transfer

Liquan Wang

doi:10.1016/j.enconman.2026.121891

Overall cooling performance of a densely packed multirow-hole-array plate for afterburner heat shields under coupled conduction–convection–radiation heat transfer

2026-08-06

0

PRE

AI

L

Liquan Wang

C

Cunliang Liu *

F

Feifei Cao

B

Bingran Li

L

Lin Ye

DOI：10.1016/j.enconman.2026.121891

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• A controlled-radiation platform was built for dense multirow hole arrays. • Radiation reshapes the roles of key flow and thermal parameters. • Higher blowing ratio remains effective and yields larger gains under radiation. • Temperature ratio becomes influential only after radiation is introduced. • Reynolds-number effects strengthen under radiation and show diminishing returns.

Overall cooling performance of a densely packed multirow-hole-array plate for afterburner heat shields under coupled conduction–convection–radiation heat transfer

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