Hohhot, 010051
China
Inner Mongolia University of Technology
Phase change materials, Topology optimization, Latent heat storage, Heat transfer enhancement, Structural optimization
Dust accumulation, energy flux, LFR concentrator, optical efficiency, forecast
Phase change materials, Topology optimization, Latent heat storage, Heat transfer enhancement, structural optimization
Thermal Energy Storage, Melting performance, heat transfer enhancement, Longitudinal fins, Fin angle
LFR system, Dust accumulation laws, Thermal performance, Prediction, Dust removal period.
Molecular Dynamics, Defect Control, Composite Phase Change Material, Thermal Performance, Phonon Density of States