Cooling performance is experimentally and numerically investigated in an effusion-cooled,
swirl-stabilized three-sector gas turbine combustor at realistic reacting flows. The …

Conjugate heat transfer characteristics of the effusion cooling applied on the swirl-stabilized
combustor liner is experimentally and numerically investigated in a three-nozzle gas turbine …

A dry, low-NOx (DLN) combustor for a heavy-duty gas turbine using lean premixed
technology was studied. A high-fidelity test model was built for the experimental study using …

Emphasis on lean premixed combustion in modern low NOX combustion chambers limits
the air available for cooling the combustion liner. Hence, the development of optimized liner …

View Video Presentation: https://doi. org/10.2514/6.2022-0822. vid Backward facing steps
are found in a range of engineering applications, including combustors, which is the main …

Alternative low carbon fuel blends are a promising way toward clean energy transition in the
transportation and power generation sectors. In this work, the objective was to study the …

Experimental and numerical investigations are carried out on an annular, straight flow, swirl-
stabilized aero engine combustor. In this work, the effect of degree and direction of swirl at …

One of the most effective ways to cool the combustor liner is through effusion cooling.
Effusion cooling (also known as full-coverage effusion cooling) involves uniformly spaced …

One of the most effective ways to cool the combustor liner is through effusion cooling.
Effusion cooling (also known as full coverage effusion cooling) involves uniformly spaced …

Emphasis on lean premixed combustion in modern low NOx combustion chambers limits the
availability of air for cooling the combustion liner. Hence the development of optimized liner …