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

This work studies scattering-induced elastic wave attenuation and phase velocity variation in
three-dimensional untextured cubic polycrystals with statistically equiaxed grains using the …

A robust rate-independent crystal plasticity algorithm is proposed where the amount of
plastic slip required to satisfy the multi-surface yield conditions are determined using a flow …

Featured Application The current work is a step towards developing a virtual laboratory for
engineering materials for targeted applications using a microstructurally informed crystal …

This work is concerned with synthetic microstructure models of polycrystalline materials.
Once a representation of the microstructure is generated, the individual grains need to be …

In this paper, the elastic modulus and energy absorption behavior of cellular structures such
as aluminum foams have been investigated. The main purpose of this study is to develop …

Many biological systems such as cell aggregates, tissues or bacterial colonies behave as
unconventional systems of particles that are strongly constrained by volume exclusion and …

The development of reliable miniaturized devices capable of performing sensing, actuation,
and computing functions in a robust manner strongly depends on the mechanical …

The curvature of grain boundaries in polycrystalline materials is an important characteristic,
since it plays a key role in phenomena like grain growth. However, most traditional …

In this paper we describe a fast algorithm for generating periodic RVEs of polycrystalline
materials. In particular, we use the damped Newton method from semi-discrete optimal …