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Phil's research interests lie in the computational modelling of complex coupled mechanistic processes in geomaterials. He has worked on a number of practical applications, geo-energy, slope stability under varying environmental conditions, radioactive waste disposal and sustainability. For example his research work includes numerical simulation of the performance of a Prototype Nuclear Waste Repository which uses a multi-level barrier system, including materials with complex behaviour, such as bentonitic clays. He is interested in the uncertainties and heterogeneity exhibited by geomaterials and how this effects behaviour and the collection/analysis of data.
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Computers and Geotechnics (2023): 105508-105508
Construction Technologies and ArchitectureBio-Based Building Materials (2022)
Construction Technologies and ArchitectureBio-Based Building Materials (2022)
Challenges and Innovations in Geomechanicspp.255-262, (2022)
Lecture Notes in Networks and Systems New Metropolitan Perspectivespp.1699-1710, (2022)
Challenges and Innovations in Geomechanicspp.221-228, (2022)
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