000			01967nam a2200121Ia 4500
008			220615s9999||||xx |||||||||||||| ||und||
245		0	_aIn-Situ X-Ray Tomographic Study of Materials
546			_aEnglish[eng]
650			_ain-situ X-ray computed tomography||thermal-mechanical loading||polymer bonded explosives||mesoscale characterization||structure evolution||particle morphology||heat treatment||aluminum cast alloy||mechanical properties||Ostwald ripening||nanotomography||phase-contrast imaging||tomographic reconstruction||dynamic tomography||motion compensation||projection-based digital volume correlation||X-ray μCT||in-situ experiments||flow cell||alkaline manganese batteries||X-ray tomography||in operando||in situ||zinc powder||laser powder bed fusion||additive manufacturing||in-situ imaging||Ti6Al4V||lattice structures||mechanics||corrosion||biomaterial||battery||aluminum foams||intermetallics||finite element analysis||damage||polycrystal plasticity||X-ray diffraction imaging||topotomography||in situ experiment||finite element simulation||lattice curvature||rocking curve||ice cream||microstructure||tomography||ice crystals||coarsening||soft solids||bone||X-ray radiation||tissue damage||SR-microCT||digital volume correlation||temperature control||electrochemical cell design||batteries||helical CT||contrast agent||high cycle fatigue (HCF)||fibre break||fibre tows||Freeze Foaming||in situ computed tomography||non-destructive testing||bioceramics||aging||crack initiation and propagation||damage modes||osteoporosis||osteogenesis imperfecta||porosity||bone matrix quality||micro-CT||snow grains||snow microstructure||snow properties||pore morphology||voids||fiber-reinforced concrete||CT scan technology||DIP software||X-ray tomography (X-ray CT)||3D image analysis||hydrogen embrittlement||stainless steel
700			_aMaire, Eric||Adrien, Jerome||Withers, Philip John
856			_uhttps://mdpi.com/books/pdfview/book/2446
942			_cEB
999			_c15395 _d15395