Dr Tom Charlton Professor Mohamed Rouainia
| Polynomial chaos-based uncertainty quantification of the performance of a closed loop deep geothermal borehole | 2025 |
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James Barron Professor Mohamed Rouainia Dr Tom Charlton Professor Stuart Edwards
| Seismic performance of shared suction caisson anchors installed in liquefiable sand for floating offshore wind turbines | 2024 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Nanoindentation of Horn River Basin Shales: The Micromechanical Contrast Between Overburden and Reservoir Formations | 2023 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Geotechnical fragility analysis of monopile foundations for offshore wind turbines in extreme storms | 2022 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Micromechanical characterisation of overburden shales in the Horn River Basin through nanoindentation | 2022 |
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Dr Sam Graham Professor Mohamed Rouainia Dr Mark Ireland Dr Tom Charlton
| New Micromechanical Data and Modelling Framework for the Elastic Response of Calcareous Mudstones | 2022 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Cyclic performance of a monopile in spatially variable clay using an advanced constitutive model | 2021 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Effect of Diagenesis on Geomechanical Properties of Organic-Rich Calcareous Shale: A Multiscale Investigation | 2021 |
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Professor Mohamed Rouainia Dr Tom Charlton Professor Andrew Aplin
| Assessment of the elastic response of shale using multiscale mechanical testing and homogenisation | 2020 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Probabilistic analysis of the uplift resistance of buried pipelines in clay | 2019 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Uncertainty quantification of offshore anchoring systems in spatially variable soil using sparse polynomial chaos expansions | 2019 |
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Dr Tom Charlton Professor Mohamed Rouainia Professor Richard Dawson
| Control Variate Approach for Efficient Stochastic Finite-Element Analysis of Geotechnical Problems | 2018 |
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Dr Tom Charlton Professor Mohamed Rouainia
| A probabilistic approach to the ultimate capacity of skirted foundations in spatially variable clay | 2017 |
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Dr Tom Charlton Professor Mohamed Rouainia
| The Effect of the Spatial Variability of Clay Structure on Pipeline Uplift Capacity | 2017 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Numerical analysis of suction embedded plate anchors in structured clay | 2016 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Probabilistic capacity analysis of suction caissons in spatially variable clay | 2016 |
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Dr Tom Charlton Professor Mohamed Rouainia
| The uplift capacity of horizontal plate anchors in spatially variable clay using sparse polynomial chaos expansions | 2016 |
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Dr Tom Charlton Professor Mohamed Rouainia
| Probabilistic VHM Failure Envelopes for Skirted Foundations in Spatially Variable Normally Consolidated Clay | 2015 |
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