Modern gas turbines work under demanding high temperatures, high pressures, and high
rotational speeds. In order to ensure durable and reliable operation, effective cooling …

Laminated cooling is a compound system consisting of different cooling units that can
provide effective protection to the hot components in next generation gas turbines. In the …

The double-wall cooling systems with internal jet impingements and external film cooling are
greatly applicable in modern turbine blades, providing enhanced cooling capabilities …

This paper presents a flow and heat transfer investigation on multi-row dimpled film cooling
in the double-wall configuration, considering important flow and geometrical characteristics …

The impingement cooling is used to protect turbine components under high thermal load.
This paper conducts a numerical study of heat transfer characteristics of turbine leading …

Laminated cooling coupled by surface thermal barrier coating (TBC) has a large potential to
provide the effective protection to components in next-generation gas turbines. However, the …

This study investigates the couple effects of internal and external cooling on double-wall
laminate cooling (DWLC) structure with novel impingement jet, pin-fins, and slot hole. The …

Lamilloy is considered a promising cooling concept that can meet the requirement of high
cooling effectiveness and low coolant consumption requirements. A new lamilloy structure …

This work presents a parametric study and optimization of a single impinging jet with cross
flow to enhance heat transfer with two design variables. The fluid flow and heat transfer have …

The influences of blowing ratio, mainstream velocity, density ratio and jet Reynolds number
on the heat transfer and film cooling properties of double-wall cooling cell (DWCC) with slot …