Cottingham Road
Hull, HU6 7RX
United Kingdom
Photovoltaic, Microchannel heat pipe, Phase change material, multi-objective optimization, NSGA II-MOPSO algorithm
photovoltaic, Michrochannel heat pipe, Phase change material, Multi-objective optimization, NSGA II-MOPSO algorithm
Micro-channel flat loop heat pipe, Evaporator, Visualization, Heat transfer performance, critical heat flux
Thermoelectric cooler, Geometry, Performance analysis, Thermal-mechanical analysis, Finite element method, Multiphysics
Flat confined loop thermosiphon, Ternary hybrid nanofluids, Visualization, Flow characteristic, Concentration, Mixing ratio
Photovoltaic-thermoelectric, Microchannel heat pipe, Insulation materials, Thickness optimization, Three-way valve
Photovoltaic, Microchannel heat pipe, Thermoelectric generator, Enviroeconomic Cost, Three-way valve
Photovoltaic, Thermoelectric Generator, Microchannel heat pipe, Phase change materials, Multi-factors
PV roof, PV/T, Air purification, Thermal catalysis, Multifunctional
LUF-MCFLTS system, Cooling and heat recovery, Data centre, Numerical model, Heat recovery efficiency
Solar Energy, Electrical generation, Photovoltaic/thermal, Hybrid system, Thermally regenerative electrochemical cycle
Photovoltaic cell, Phase change material, thermoelectric generator, Energy saving, Whole life cycle cost, Carbon dioxide emission reduction
Solar thermal heating system, Indirect hot water storage tank, Dynamic thermal storage characteristics, Thermal storage performance, Structure optimization
Continuous electricity generation, Diurnal temperature, Solar Energy, Electrochemical cell, Thermally regenerative electrochemical cycle
solid adsorption dehumidification, data center waste heat, solar heat collector, regeneration heat source
Flat confined heat pipe, Back propagation artificial neural network, Radial basis function, Model building
Thermal catalytic purification battery, Charge and discharge, Phase changing materials, Room-temperature thermal catalyst, Indoor air purification.
artificial neural network, heat pipe, Nanofluids, Learning rate, Sensitivity analysis
solar light concentration, solar light transmission, light transmission efficiency, air dehumidification
thermochemical energy storage, reactor, parameter study, low and medium temperature application
