The possibility of producing complex metallic parts in various industries can be attributed to
the selective laser melting (SLM) additive manufacturing method. As a powder bed fusion …

Nickel-based alloys prepared via laser powder bed fusion (LPBF) exhibit high strength and
low elongation during tensile testing at room temperature. To optimize the performance, hot …

The effect of scanning strategy on the microstructure and properties of GH3536 Ni-based
superalloy prepared by Laser Powder Bed Fusion was investigated, for the purpose of …

This study investigates the microstructural characteristics and the high-temperature
mechanical behavior of Hastelloy X, fabricated via laser powder-bed fusion (LPBF) …

Defects in materials manufactured via laser powder bed fusion challenge this manufacturing
process' dependability and may prevent it from being comprehensively used for structural …

This study introduces a microstructure-sensitive fatigue life prediction framework based on
CP-FFT which includes the effect of surface roughness. The model is applied to flat …

We propose a multi-scale physically-based model, for estimating the mechanical properties
of a multicomponent alloy by statistically bridging the atomistic (1 0− 9–1 0− 7 m), dislocation …

In the selective laser melting (SLM) additive manufacturing process of Inconel 718, the
emergence of Laves and δ precipitate phases in the γ matrix during or after heat treatment is …

To fully understand the impact of cyclic heating on the solid-state phase transformation
behavior (SPTB) of multi-component multi-phase alloys (MCPA) during selective laser …

Crystal plasticity (CP) modeling is a vital tool for predicting the mechanical behavior of
materials, but its calibration involves numerous (> 8) constitutive parameters, often requiring …