A high-fidelity finite element (FE) model based on integrated discrete and continuum
damage modeling techniques was developed to predict damage modes, locations, sizes …

A steel-ultra high performance fibre reinforced composites (steel-UHPFRC) hybrid tubular
tower structure (≥ 100m) is proposed and its feasibility to support an offshore wind turbine …

A finite element model was developed using both continuum and discrete damage modeling
techniques to provide detailed predictions for ply-by-ply damage progression in composite …

In this paper, a reliable progressive fatigue damage model (PFDM) for predicting the fatigue
life of composite laminates is proposed by combining the normalized fatigue life model …

This study focuses on developing and validating a high-fidelity finite element model for
predicting damage evolution and residual strength in fiber-reinforced composite panels …

Composite materials, lightweight and high-strength, are used in shipbuilding increasingly.
However, under high-speed operations in severe sea conditions, composite ship bows are …

In this paper, the ultimate bending strength and the failure mechanism of the marine
composite deck grillage structure are experimentally and numerically investigated, before …

This paper proposes a residual fatigue life prediction method that considers the loading
interaction effect, to predict the fatigue life of composite laminates under variable amplitude …

Fatigue life prediction for composite materials based on the SN-φ model | AIP Advances | AIP
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