The modeling and simulation of ice-accretion formation on highly three-dimensional swept
wings is an extremely complex problem that affects the design, certification and safe …

Ice accretion and its aerodynamic effect on highly three-dimensional swept wings are
extremely complex phenomena important to the design, certification and safe operation of …

A comparison of computational and experimental ice accretions generated on three swept-
wing models in the NASA Glenn Icing Research Tunnel is presented. The wind tunnel …

A mesoscale atmospheric model, the Weather Research and Forecasting model (WRF), was
used for a case study that reconstructs mid‐spring episodes of rime formation at Mt. Zao …

In the jet engine, icing phenomena occur primarily on the fan blades, the FEGVs (fan exit
guide vanes), the splitter, and the low-pressure compressor. Accreted ice disturbs the inlet …

Numerous supercooled droplets and/or ice crystals exist in a cloud. When an aircraft passes
through a cloud, they impinge on the aircraft wing and fuselage, and also they enter into the …

In the jet engine, icing phenomena occur primarily on the fan blades, the fan exit guide
vanes (FEGVs), the splitter, and the low-pressure compressor. Accreted ice disturbs the inlet …

This chapter deals with in-flight icing in jet engines, describing the computational
procedures and icing models, icing within the rotor/stator interaction fields, supercooled …

Floating glacial ice features, such as icebergs and ice islands may develop naturally
textured ice surfaces due to melt processes, which can lead to the formation of local surface …

The icing phenomenon is caused by complicated interactions of various physical conditions.
Among all of various physical conditions, the impingement distribution, the impingement …