A numerical study of damage evolution and crack propagation in backfill bodies of high-temperature thermal energy storage cavities in mines
Rui Zhan, B. Zhang, Lang Liu, Chao Huan, Huisheng Qu, Huicong Xu, J. Zhang, Hongjun Xi
Topics & Concepts
Materials scienceCoupling (piping)ThermalStress (linguistics)Thermal energy storageComposite materialFracture mechanicsSofteningMechanicsRotational symmetryStructural engineeringCompression (physics)Ultimate tensile strengthThermal expansionGeotechnical engineeringStrain energy release rateEnergy storageComputer simulationStrain energyRange (aeronautics)Elastic energyEnergy (signal processing)Effective stressNumerical analysisCylinder stressThermal energyWork (physics)Crack closureTransient (computer programming)Stress concentrationRock mass classificationFracture (geology)Heat transferGeothermal Energy Systems and ApplicationsPhase Change Materials ResearchChemical Looping and Thermochemical Processes