Schabowicz, Krzysztof <br/><br/>
Non-destructive Testing of Materials in Civil Engineering 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>microstructure||acoustic emission AE||rebound hammer||service life of a structure||horizontal casting||precipitation||natural frequency||reinforced concrete chimney||diagnostic||moisture safety||adhesion assessment||gantry crane||stress wave||materials research||acoustic methods||SEM-EDS analysis||SilverSchmidt||reinforced concrete grandstand stadium||concrete strength||autoclaved aerated concrete (AAC)||concrete elements||reinforced concrete tanks||degree of degradation||fatigue tests||X-ray micro-computed tomography||GPR method||defects||singular value truncation||ultrasonic tomography||cement-based composites||SEM||moisture of AAC||sulphate corrosion||damage||strengthening||masonry structures||eddy-current method||non-destructive evaluation||non-destructive testing||NDT methods||Structural Health Monitoring||mercury intrusion porosimetry||temperature||vibration analysis||cesium||rebar location||nanoindentation||monitoring of structures||RMF technique||machine learning||lead||viscoelastic parameters||structural tuning||diagnostics||resistance measurement||thermal contrast||non-destructive method||destruction process||asphalt mixtures||solid-state NMR spectroscopy||quasi brittle cement composites||fibre-cement boards||adhesive joints||compressive strength||nondestructive testing||defect detection||location of inclusions||active thermography||concrete strength prediction||concrete mix design||building materials||micro-computed tomography||adsorption||timber structures||scanning laser vibrometry||durability||ultrasonic wave||surface complexation||artificial neural networks||civil engineering||ultrasonic testing||ultrasound tests||acoustic emission||cellulose fibre cement boards||concrete||excitation frequency||data mining||crowd-induced excitation||ultrasound measurements||wood moisture sensing||acoustic spectrum||thermovision||corrosion processes||four point bending beam||spun concrete||structural damage||X-ray computed tomography||waste brick dust||concrete slabs and floorings||mathematical morphology||Burgers model||pattern recognition||brittle fracture||data noise||drilling resistance||damage detection||fiber cement boards||thermography||non-destructive methods||concrete corrosion||ultrasound||Lamb waves||deconvolution||ultrasonic tests||creep test||shape and size of specimen||building partition||multiple feedbacks