Fatigue and Fracture of Non-metallic Materials and Structures 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Ethylene-propylene diene monomer rubber EPDM||grommet||physical properties||optimization of shape design||reliability of rocks||fatigue load||strain energy||red sandstone||distribution of strain energy||indices||multi-scale simulation||fatigue loading||road bridge decks||stagnant water||fracture toughness||blast furnace slag||particle size||compressive strength||concrete||concrete cracking||crack patterns||carbon fiber-reinforced polymers—CFRP||RC strengthening (in bending and shear)||RC beams||soft materials||polymers||strain rate||defect tolerance||digital image correlation||stress concentrators||notch blunting||lightning strike||composite reinforced panel||blow-off impulse||electric-thermal coupling||boundary effect||size effect||tensile strength||physical modelling test||rock structure||fracture||deformation||mining||neutral axis||self-healing||successive strain gauge||flexural test||bridge decks||pseudo-cracking method||data assimilation||triaxial compression test||sandstone||rock mechanics||rock fracture||energy evolution||rock-like material||crack propagation||discrete element||strain rate tensor||velocity field||jointed rock||uniaxial tension loading||numerical analysis||discrete element method||strata structural behavior||numerical simulation||tension weakening||fractures||goaf consolidation||fatigue life||modified asphalt mixture||four-point bending beam fatigue test||two-point trapezoidal beam fatigue test||overlay tester||embedment||shale rock||proppant pack||fracture width||fly ash||fineness||fracture energy||critical stress intensity factor||assessment||bridge evaluation||compressive membrane action||concrete bridges||fatigue||fatigue assessment||live loads||prestressed concrete||punching shear||scale model||CFRP||Low Velocity Impacts||Cohesive Zone Model (CZM)||Finite Element Analysis (FEA)||VUMAT||inter-laminar damage||intra-laminar damage||chemical grouting||flowing water||water plugging rate||joint roughness coefficient||damage model||mode-II microcracks||thermodynamics||reinforced concrete beam||impact and quasi-static loading||retrofitting||mineral grain shape||particle flow code||uniaxial compression simulation||rock mechanical property||mesostructure||finite element analysis||cohesive zone model||high performance concrete||fibre-reinforced high performance concrete||compressive stress||compressive modulus of elasticity||maximum compressive strain||tension||pressure-tension apparatus||nondestructive testing||ultrasonic pulse velocity||ABAQUS FEA||high-temperature wedge splitting test||fracture parameters||reducing condition||carbon-containing refractories||strain-softening||failure probability||diamond composite||material failure characteristics||reliability||rock cutting picks||civil engineering||fiber-reinforced composite laminate||multi-directional laminate||delamination||elastic interface||energy release rate||mixed-mode fracture||enhanced PG-NEM||functionally graded material (FGM)||stress intensity factor (SIF)||modified interaction integral||metallic glasses||shear bands||mechanical properties||fracture mechanism||small wind turbine||stall regulation||pitch regulation||aeroelastic simulation||n/a||Fatigue||Fracture mechanics||Structural integrity||Polymers||Composites||Ceramics||Concrete||Rock||Soft matter||Advanced materials.