A fatigue life prediction model in the high to very high cycle fatigue (VHCF) regime of as-
received 7075-T6 Al alloy material is proposed. The relative parameters in the life prediction …

A crystal plasticity modeling framework is developed and used in combination with
experiments for studying the deformation behavior of a polycrystalline Ni-based superalloy …

In-situ microstructure control is an important feature of laser powder-bed fusion (LPBF) that
enables the tailoring of the mechanical behaviour of additively manufactured metallic parts …

Two methods used to construct a microstructural representative volume element (RVE) were
evaluated for their accuracy when used in a crystal plasticity-based finite element (CP-FE) …

Understanding the mechanism of oxidation induced crack closure (OICC) is of great
importance in understanding the fatigue resistance of materials operating at intermediate or …

Crystal plasticity finite element (CPFE) modelling is an effective tool from which detailed
information on the meso-scale behaviour of crystalline metallic systems can be extracted …

The present study combines the Wire-based DED (W-DED) and Powder-based DED (P-
DED) to achieve a high deposition rate and higher feature resolution, respectively, within the …

In this paper, the so-called “β rule” is used to simulate the anisotropic behaviour of
directionally solidified superalloys. First, the “mean-field” model is extended to the general …

In the present exploration, it was attempted to understand the creep‐fatigue (CF)
deformation micromechanisms of alloy CM 247 DS LC by conducting low‐cycle fatigue …

In the present research, efforts were made to understand the mechanistic and
microstructural aspects of the low cycle fatigue failure of a directionally solidified (DS) nickel …