This paper reviews experimental and computational methods used for simulation of ice
accretion on aircraft flying through icing conditions. Such methods were recently reviewed …

Some of the problems in the text are brief exercises leading to single numerical or algebraic
results, but the great majority are much more extensive investigations, some approaching …

An experimental research program was undertaken to examine the influence of large-scale
high-intensity turbulence on vane heat transfer. The experiment was conducted in a four …

Two versions of the two-equation k-ω model and a shear stress transport (SST) model are
used in a three-dimensional, multi-block, Navier-Stokes code to compare the detailed heat …

The transient liquid crystal technique is currently widely used for measuring the heat transfer
characteristics in gas turbine applications. Usually, the assumption is made that the wall of …

The turbine gas path is a very complex flow field due to a variety of flow and heat transfer
phenomena encountered in turbine passages. This manuscript provides an overview of the …

Unpredicted losses have been observed in low-pressure gas turbine stages during high
altitude operation. These losses have been attributed to aerodynamic separation on the …

This paper experimentally investigates the effect of high freestream turbulence intensity,
turbulence length scale, and exit Reynolds number on the surface heat transfer distribution …

Detailed heat transfer measurementa and predictions are given for a turbine rotor with 136°
of turning and an axial chord of 12.7 cm. Data were obtained for inlet Reynolds numbers of …

The influence of freestream turbulence representative of the flow downstream of a modern
gas turbine combustor and first stage vane on turbine blade heat transfer has been …