Gas turbines are, and will continue to be, the backbone of narrow and wide body aircraft
propulsion. The main reason for the success of gas turbines is their power density, ie thrust …

Large eddy simulation (LES) has been shown to be very promising in computing vortex-
dominated turbulent flows. The proliferation of high-order methods capable of handling …

Gas turbines are important energy-converting equipment in many industries. The flow inside
gas turbines is very complicated and the knowledge about the flow loss mechanism is …

In this work, the flows inside a high-pressure turbine (HPT) vane and stage are studied with
a delayed detached eddy simulation (DDES) code. The fundamental nozzle/blade …

The accuracy, efficiency and scalability of explicit and implicit temporal schemes associated
with FR/CPR spatial schemes are studied in the context of large eddy simulation. One low …

The analysis of a combustion chamber effects on the aerodynamics and thermal loads
applied on a turbine stage is proposed. To do so, an integrated wall-modeled Large-Eddy …

Delamination frequently occurs in a laminated composite structure and can cause prominent
local anomalies in curvature vibration shapes associated with vibration shapes of the …

Surface curvature has been shown to have significant effects on the film cooling
performance of round holes, but the literature include few studies of its effects on shaped …

In the context of wall-resolved industrial large-eddy simulation, a comparison is made
between a high-order flux reconstruction (FR)/correction procedure via reconstruction (CPR) …

Conventionally meridian, RANS or URANS simulations are used in design. However, their
accuracy is not always satisfactory. Higher order methods like direct and large eddy …