Dresden, 01307
Germany
Dresden University of Technology
plastic shrinkage, plastic shrinkage cracking, capillary pressure, 3D-printing, durability, filament width
3D-printing, plastic shrinkage, digital fabrication, repeatability, material testing, statistical analysis
3D concrete printing, digital concrete, plastic shrinkage, Capillary pressure, COMSOL Multiphysics, characterization techniques
plastic shrinkage, early age cracking, 3D Concrete Printing, digital concrete, capillary pressure, modelling deformation behaviour
