Ductile rupture in metals is a phenomenon that affects a wide range of applications from
forming of automotive body panels to failure of pressure vessels. The incipient stage …

The influence of orientation on the creep rupture properties of a single crystal superalloy
DD6 under multiaxial stress was carried out at 980° C and 400 MPa. A circumferential V …

In this paper, we have investigated void growth in von Mises materials which contain
realistic porous microstructures. For that purpose, we have performed finite element …

In this work, we have brought to light the effect of material orientation on void growth. For that
purpose, we have performed finite element calculations using a cubic unit-cell model with a …

In this work, we study the effect of crystallographic orientation and applied triaxiality on the
growth of intragranular voids. Two 3D full-field micromechanics methods are used, the …

Additively manufactured (AM) materials are prone to porosity, which limits their widespread
adoption in fatigue-limited applications. Experimental campaigns are vital in understanding …

The present work investigates the effects of stress state and crystallographic orientation of
the principal stress axes on the growth behaviour of micro-voids embedded in an aluminium …

An elastoviscoplastic model is formulated at finite strains for porous single crystals. The
model extends the yield function developed by Han et al.(2013) for porous single crystals at …

In polycrystalline materials, void growth is strongly dependent on its surrounding
microstructural environment such as grain morphologies, crystallographic orientations and …

A rate-(in) dependent constitutive model for porous single crystals with arbitrary crystal
anisotropy (eg, FCC, BCC, HCP, etc.) containing general ellipsoidal voids is developed. The …