Benefiting from the cost-performance advantage, large-tow carbon fiber (LCF) is under the
rapid development and shows great application potential in various products like wind …

Longitudinal fibre-matrix debonding is governed by interfacial strength, fracture toughness,
thermal residual stresses, friction, and matrix plasticity. The proposed finite element model …

A methodology is presented for the retrieval of fibre strength Weibull parameters using in-
situ synchrotron computed tomography tensile testing of unidirectional composite …

The microstructure governs the behaviour of unidirectional fibre-reinforced composites. In
this study, we developed a Deep Convolutional Generative Adversarial Network (DCGAN) to …

Inequalities are abundant in a society with a number of agents competing for a limited
amount of resources. Statistics on such social inequalities are usually represented by the …

This work investigates the stress redistribution around a broken fibre in a unidirectional
impregnated fibre bundle accounting for misalignment of fibres. The study reveals, a …

My doctoral studies have been conducted as a part of the FiBreMoD project, which has
received funding from the European Union's Horizon 2020 research and innovation …

Inequality indices (Hirsch and Kolkata) are used in social science and scientometrics.
Previously, they were shown to have useful applications in statistical physics of criticality in a …

In order to calculate stress redistribution after a fiber breaking for unidirectional fiber
reinforced plastic (FRP) with practically poor fiber distribution uniformity, a new and efficient …

In this study, the classic fiber bundle model is exploited in the statistical modeling of fiber-
reinforced polymer (FRP) cables. Important features of large-scale multi-tendon FRP cable …