When engines start in coastal areas in summer, the performance of turbofan engine and
starter will be inevitably affected by ambient humidity and temperature. It is important to …

Gas turbine performance models typically rely on component maps to characterize engine
component performance throughout the operational regime. For the sub-idle case, the lack …

Several techniques have come about for the mathematical extrapolation of compressor
maps from the idle region down to zero speed. Relatively little work has been done on …

Sub-idle is a very challenging operating region, as the performance of a gas turbine engine
changes significantly compared to design conditions. In addition, the regulations for new …

Physically sound compressor maps are the key to accurate aircraft engine performance
simulations. Usually, calculated and measured maps only cover the speed range between …

The objective of this study is to validate the physically enhanced compressor map
extrapolation (PECME) method brought forward by Zachos. The essential steps for this …

Physically sound compressor maps are the key to accurate simulations of aircraft engine
performance. The simulation of ground starting and windmilling requires maps which …

In the wake of climate change, the generation of renewable power is of vital importance to
ensure a sustainable development with reduced carbon emissions. Among all renewable …

For turbocharged engine simulation analysis, manufacturer-provided data are typically used
to predict the mass flow and efficiency of the turbine. To create a turbine map, physical tests …

When the aircraft is working during flight, flame-out may occur under flight environment with
different height and Mach number (Ma). It is of significance to investigate the start-up …