This review discusses the feasibility of using microstructure-and defect-sensitive models to
predict the fatigue behavior of additively generated materials through a non-exclusive …

In this work, we advocate using Bayesian techniques for inversely identifying material
parameters for multiscale crystal plasticity models. Multiscale approaches for modeling …

The application of an inverse method for determining the parameters of a crystal plasticity
constitutive law of a body-centered-cubic (BCC) single phase material is presented …

Identification of elastic and plastic properties of materials from indentation tests received
considerable attention in the open literature. However, unambiguous and automatic …

In this paper, the Bauschinger effect and latent hardening of single crystals are assessed in
finite element calculations using a single crystal plasticity model with kinematic hardening …

In this study, both the digital image correlation (DIC) and depth-sensing indentation (DSI)
measurements were performed to investigate the non-uniform local mechanical behaviors of …

Intermittent mechanical loads combined with high temperatures appear during the operation
of turbines in jet engines or in power plants, which can lead to high-temperature fatigue or to …

Smart structural materials are a fundamental aspect that requires critical analysis in in
structural engineering. This research contribution considers two vital crystal structures …

非局部晶体塑性模型考虑了由非均匀变形引起的位错在空间上的重排, 使得其本构模型变得复杂
, 可调节参数众多, 因此采用常规的“试错法” 难以准确确定这些参数. 虽然遗传算法能够稳健地 …

Commercially pure titanium (CP Ti) with a hexagonal close-packed structure exhibits large
anisotropy and asymmetry at room temperature. While several reasons have been put forth …