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Adiabatic shear failure of the titanium alloy TI6Al4V under biaxial dynamic compression/shear loading.

Adiabatisches Scherversagen der Titanlegierung Ti6Al4V unter zweiachsiger dynamischer Druck-/Scherbelastung
: Meyer, L.W.; Staskewitsch, E.

The Minerals, Metals and Materials Society -TMS-, Warrendale/Pa.:
Titanium '92. Science and Technology. Vol.II. Proceedings
Warrendale/Pa., 1993
ISBN: 0-87339-222-1
pp.1939-1946 : Abb.,Lit.
World Titanium Conference <7, 1992, San Diego/Calif.>
Conference Paper
Fraunhofer IFAM ()
adiabatic shear failure; adiabatisches Scherversagen; compression loading; Druckbelastung; Hochgeschwindigkeitsbelastung; impact loading; Scherbelastung; shear loading; titanium alloy; Titanlegierung

In order to study the propensity of metallic materials to adiabatic shear failure under multiaxial stresses a new testing method was developed to investigate the dynamic failure behaviour under combined compression/shear loading. The combined simultaneous loading is applied by a drop weight hammer to a cylindrical specimen whose axis is inclined to the hammer axis. The testing results on the titanium alloy Ti6A14V show that the onset of an adiabatic shear failure is promoted strongly even under small amounts of a shear component to the main compression stress.