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1. Peridynamic-based multiscale frameworks for continuous and discontinuous material response

Schöpfer:: Galadima, Yakubu Kasimu
Datum:: 2023
Department, School or Faculty:: Peridynamics Research Centre (PDRC) and Department of Naval Architecture, Ocean and Marine Engineering

2. Structural health monitoring of offshore wind turbines using iFEM and peridynamics

Schöpfer:: Li, Mingyang
Datum:: 2022
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

3. Numerical investigation on fatigue and corrosion behaviour of 3-D printed structures

Schöpfer:: Karpenko, Olena
Datum:: 2022
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

4. Peridynamic modelling of fatigue damage in polycrystalline materials

Schöpfer:: Zhu, Ning
Datum:: 2021
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

5. Multi-scale modelling of ice-structure interactions

Schöpfer:: Vazic, Bozo
Datum:: 2020
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

6. Peridynamics and its implementation in finite element framework

Schöpfer:: Heo, Jeeyeon
Datum:: 2019
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

7. Fracture analysis in marine batteries by peridynamic theory

Schöpfer:: Wang, Hanlin
Datum:: 2018
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

8. Buckling analysis of structures with corrosion under insulation

Schöpfer:: Mancini, Daniel Richard Hugh
Datum:: 2019
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

9. Peridynamics theory and its applications in isotropic and functionally graded beam and plate structures

Schöpfer:: Yang, Zhenghao
Datum:: 2020
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering

10. Theory and numerical modelling of dynamic ice-structure interaction for ice-induced vibrations

Schöpfer:: Ji, Xu
Datum:: 2019
Department, School or Faculty:: Department of Naval Architecture, Ocean and Marine Engineering