The increasing developments in wind turbine technology, coupled with an unpredictable
operating environment, present significant challenges regarding erosion issues on the …

Modeling the high velocity impact of ice was a requirement in the safety calculations for the
return-to-flight of the Space Shuttle on July 26, 2005. Ice, however, is not a common …

In the present study, a modified split Hopkinson pressure bar (SHPB) is employed to
investigate the dynamic response of ice under uniaxial compression in the range of strain …

The study presented in this paper deals with failure prediction of a thermally toughened
glass panel caused by impact of ice. Ultimate failure was found from the study to be …

This paper presents a series of experiments on high-velocity fracture of ice. Two types of
experimental results are examined: standard material characterization under compression …

An analytical model for predicting flexural strains on a toughened glass panel generated by
the impact of ice is presented in this paper. The time-history of the generated surface tensile …

This paper presents a short overview of the fracture of water ice Ih. Topics include the ductile‐
to‐brittle transition, tensile and compressive strength, compressive failure under multiaxial …

Hail is one of the leading causes of annual property damage, that in turn results in economic
loss and material waste. The associated risk affects several industries and parties including …

We study the stress–strain response of two different types of ice, viz. polycrystalline ice and
granular ice, between− 1°–0° C over a strain-rate range of 100 s− 1 to 300 s− 1 employing …

In the present study dynamic behavior of distilled water ice (polycrystalline ice Ih) is
investigated under uniaxial compression at strain rates in the range of 100 s− 1 to 1350 s− 1 …