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the following research project : From bond-scale dissipation to macroscopic fracture energy in foam-cemented granular materials This postdoctoral position is part of a proposal to be submitted for funding under
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, in CPDM Laboratory (Physico-Chemical Behaviour and Material Durability) and EMGCU (Experimentation and Modelling in Civil and Urban Engineering), in MAST Division (Materials and Structures
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University has conducted quantitative and qualitative surveys and research on platform delivery drivers and wishes to develop statistical analyses based on this rich and still under-exploited research material
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necessary to consider the continuous evolution of technologies, the regular introduction of new materials, increasingly complex geometries, and the many challenges these pose, particularly for numerical
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loading rate, inclination, and material properties will be systematically varied to test robustness and reproducibility. The experiments will be designed to maintain long quasi-static deformation phases