Digital twins (DTs) have attracted widespread attention in academia and industry in recent
years. It can accurately reflect the physical world in real-time, enabling online monitoring …

Multi-satellite imaging mission planning (MSIMP) is an important focus in the field of satellite
application. MSIMP involves a variety of coupled constraints and optimization objectives …

In order to address stringent standards, energy efficiency objectives or also cost reduction
imperatives, the optimal design of complex industrial structures is an important concern. In …

The advent of digital twins facilitates the generation of high-fidelity replicas of actual systems
or assets, thereby enhancing the design's performance and feasibility. When developing …

To support the development of advanced steel alloys tailored to withstand extreme
conditions, it is imperative to account for the mechanical performance of components, while …

Occupant restraint systems (ORS) play an integral and critical role in protecting occupant
safety. However, research on optimising ORS in reclined postures in autonomous vehicles is …

In this work, a surrogate model for structural, transient and discontinuously excited finite
element method simulations is developed. This allows to reduce the computational effort of …

Fast calculations are widely required in the traditional applications and the emerging digital
twin fields. For those considerations, a novel physics-based fast algorithm, namely …

Abstract The Mobile Progressive Deformable Barrier (MPDB) is a standardized automotive
crash scenario that comprehensively evaluates the safety of battery-electric vehicles (BEVs) …

Abstract Design Optimization is research area which was carried out a lot in the world, with
many applications in the specifications of mechanical engineering, aerospace engineering …