To enable multi-query analyses, such as optimisations of large-scale crashworthiness
problems, a numerically efficient model is crucial for the development process. Therefore …

In this work, a novel approach is introduced for accelerating the solution of structural
dynamics problems in the presence of localised phenomena, such as cracks. For this …

Damage modelling in modern material architectures using explicit time integration is a
computationally expensive task. To reduce such expenses, model training methods based …

For materials under cyclic thermal loadings, temperature and strain rate-dependent creep
deformation can occur due to the thermal expansion mismatch near material interfaces …

Numerical simulations are crucial for comprehending how engineering structures behave
under extreme conditions, particularly when dealing with thermo-mechanically coupled …

FSI simulations of flapping motions have been widely investigated to develop a flapping-
wing micro air vehicle. Because an intensive parametric study is important for the product …

Accurate prediction of the mechanical failure of structural components plays an important
role in the design of engineering structures. However, the fracture process is challenging to …

The thick level set (TLS) method has been proposed as a nonlocal damage model for the
modeling of failure in solids being able to deal with crack initiation, branching, and merging …

Digital twin representations have become an indispensable tool for delivering data-informed
virtualizations of operating systems, especially in structural health monitoring applications. In …

The Arnoldi method is a commonly used technique for finding a few eigenpairs of large,
sparse and nonsymmetric matrices. Recently, a new variant of Arnoldi method (NVRA) was …