… a continuum mechanics perspective to reveal the mechanical nature of grain interactions and
the resulting twin … a major role in the formation of mechanical twins near grain boundaries, …

… twins are also prevalent in certain kinds of boron carbide depending on processing [13].
Various classes of finite deformation continuum … the potential for understanding and designing …

… The present work presents a combined 3-D experimental and modeling approach to gain
a better understanding of the twin propagation and growth mechanisms in a Mg AZ31 alloy. …

… Thus, the understanding and modelling of annealing twin development during recrystallization
and grain growth, which is the aim of the present PhD work, is of great importance …

… formation of (micro) ε and twin bands being composed by hierarchical sequences of nano–sized
ε and twins (embryos); the free energies for ε and twin formation … a continuum transition …

… enhance the twin formation and their … twin formation events and delays the annihilation of
the twins. The influence of the variant selection (based on the axes of misorientation of the twin …

… Here we use a continuum approach to model the twin lamella as a flat inclusion of elliptic …
A better understanding of twinning and its related mechanisms, at both the continuum and the …

… a continuum model for discrete twins and a cohesive zone model are coupled to aid the
understanding of fracture at twin boundaries. The interaction between different twin systems is …

… [36] performed continuum mechanics finite element method and correctly predicted the … and
energies of equilibrium can help to understand the formation mechanisms and the effects on …

… as part of a parasitic continuum including conjoined twins, acardiac twins, and teratomata. …
is needed to refine our understanding of early embryonic development in twin pregnancies. …