Testing of Materials and Elements in Civil Engineering (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: acceptance angle; acoustic emission diagnostic; acoustic emission method; acoustic methods; AE acoustic emission; aggregate; Al–Ti laminate; amplitude attenuation; Arcan shear test; asphalt mix; autogenous shrinkage cracking; backfill material; base layer; bearing capacity; bender elements test; bending strength; bond strength; bottom-ash; brick walls; brine; building materials; cable; capable design moment; capacity; carbonation; carpentry joints; cement; cement dusty by-products (UCPPs); cement–fiber boards; civil engineering; cladding; classification; close-range photogrammetry; clustering AE signal; column; compaction index; comparability of test methods; complex modulus; compressive strength; computer simulation; concrete; concrete centrifugation; concrete cracking test; concrete floors; concrete shrinkage cracking test; conformity criteria; connection; construction material; controlled low-strength material (CLSM); convolutional neural networks; corrosion; corrosion of reinforcement; cracking; CT scan; damage processes detection before loading; damage variable; defects; degradation of glass panels; destructive test; detection; diagnostic; diagnostic testing; digital image correlation; dynamic elastic modulus; dynamic response; early age concrete; effective area ratio; elastic range; elastic-plastic material; elements; energy absorption; erosional stability; ESD resin; expansion joint; experimental research; failure mode; fast Fourier transform; fatigue durability; fiber cement board; fiber composites; fibre bragg grating sensors; fibre-reinforced concrete; finite element method; fire safety; flexural strength; flexural tensile strength; flexural test; fly-ash; foamed asphalt mixtures with cement (FAC); fracture; fracture energy; FRCM; freeze-thaw cycles; frictional work; FRP reinforcement; FRTP; galvanostatic pulse method; geopolymer concrete; GFRP; girder