Trinity Ln
Cambridge, CB2 1TN
United Kingdom
University of Cambridge
Shallow geothermal energy, city-scale geothermal energy, geothermal potential quantification, district heating networks, sustainable heating and cooling, subsurface urban heat island
Shallow geothermal energy, city-scale geothermal energy, geothermal potential quantification, District heating networks, sustainable heating and cooling, subsurface urban heat island
MICP, geothermal pavements, GSHP system, shallow geothermal energy, techno-economic analysis
Subsurface urban heat islands, Underground climate change, Large-scale numerical modelling, Heat Transfer
Shallow geothermal system, pavement, ground source heat pump, geothermal pavement, Finite element modelling
Finite-element modelling, pavement geotechnics, energy geostructures, geothermal pavements, permeable pavements
shallow geothermal energy, geothermal pavements, numerical modelling, city-scale modelling, energy geostructures, heating and cooling for urban planning
artificial neural networks, ground-source heat pumps, horizontal ground heat exchangers, TRNSYS simulation, machine learning
Cooling tunnels, Underground substations, Heat exchangers, Rail/road tunnel, Numerical modelling, heat transport
Zhou, Y., Bidarmaghz, A., Makasis, N., Narsilio, G ground-source heat pumps, horizontal ground heat exchangers, finite element modelling