Article In: orcid
Fatigue Crack Growth Evaluation in SLM C300 Margining Steel Using Data‐Driven Predictive Models
Fatigue & Fracture of Engineering Materials & Structures
Article In: orcid
Methods for bi‐objective routing and districting problems
International Transactions in Operational Research
Article
Ocean Engineering
This study presents a combined experimental and numerical investigation of the wave attenuation performance of a bottom-fixed aquaculture cage equipped with double-layer side nets. A porous media model is adopted to simulate the hydrodynamic effect of nets, and the numerical method is validated thro…
Article In: scopus
Nuclear Materials and Energy
Article In: scopus
Driving rotational motion with Euler parameters: a constraint formulation for multibody systems
Mechanism and Machine Theory
The formulation of rotational driving constraints using angular variables (angle-based formulation) may introduce numerical instabilities and redundancy among kinematic constraints, which can compromise the robustness of multibody analyses. This study proposes an alternative Euler-based formulation,…
Article In: orcid, scopus
Energy absorption and dissipation mechanisms in deep gangue backfills under static loading
Powder Technology
Article In: orcid, scopus
Acta Astronautica
Article
Prediction of navigation risks in the Arctic Northeast Passage based on Bayesian and neural networks
Reliability Engineering & System Safety
This study proposes a hybrid method for predicting and analysing navigation risks in the Arctic Northeast Passage, where the accelerated melting of sea ice due to global warming has led to increased maritime traffic. Ensuring the safe navigation of ships in ice-covered waters has become a critical i…
Article
Ocean Engineering
— 2026 — Elsevier
This study introduces a method for propagating uncertainty and conducting sensitivity analyses of the ultimate strength of a ship's structural components, accounting for the spatiotemporal variability of the corrosion process. The proposed approach combines non-linear finite element analysis wit…
Article
Vibroacoustic performance of lightweight C-shaped core sandwich panels for cruise-ship cabins
Ocean Engineering
As passenger-comfort requirements in the cruise industry continue to rise, lightweight, high-strength sandwich panels with enhanced acoustic performance have attracted considerable attention. In this study, a C-shaped sandwich panel (C-SSP) is proposed to improve the cabin sound-insulation character…
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