Architectural Structure
Architectural Structure
English[eng]
recycled aggregate concrete||block masonry||compressive strength||carbon emission||stress–strain curves||outrigger wall||multiple openings||deep beam||stiffness||shear strength||tall building||inverted multi tee||prestressed concrete||precast concrete||structural performance||flexural analysis||self-compacting concrete||non-destructive test methods||ultrasonic pulse velocity test||surface hardness test||pull-out test||maturity test||within-test variability||normal vibrated concrete||concrete structures||beams &||girders||torsion||high-strength concrete||prestressing||traditional slabs||ceramic-reinforced slabs||shear response||cyclic loading||natural fiber-reinforced polymers||NFRP||computational design||tailored fiber placement||coreless filament winding||rapid prototyping||industry 4.0||lightweight structure||Geopolymer||Alkali activated||tensile strength||deformability||experimental study||analytical model||reinforced concrete||beams||fly ash alkali activated||bending||thin-walled I-section||continuous beam||local buckling||longitudinal stress variation||design ultimate resistance of the cross-section||Rudolf Steiner||anthroposophy||architecture||Goetheanum||double-steel-concrete composite shear walls||axial and bending capacity||failure characteristic||n/a
English[eng]
recycled aggregate concrete||block masonry||compressive strength||carbon emission||stress–strain curves||outrigger wall||multiple openings||deep beam||stiffness||shear strength||tall building||inverted multi tee||prestressed concrete||precast concrete||structural performance||flexural analysis||self-compacting concrete||non-destructive test methods||ultrasonic pulse velocity test||surface hardness test||pull-out test||maturity test||within-test variability||normal vibrated concrete||concrete structures||beams &||girders||torsion||high-strength concrete||prestressing||traditional slabs||ceramic-reinforced slabs||shear response||cyclic loading||natural fiber-reinforced polymers||NFRP||computational design||tailored fiber placement||coreless filament winding||rapid prototyping||industry 4.0||lightweight structure||Geopolymer||Alkali activated||tensile strength||deformability||experimental study||analytical model||reinforced concrete||beams||fly ash alkali activated||bending||thin-walled I-section||continuous beam||local buckling||longitudinal stress variation||design ultimate resistance of the cross-section||Rudolf Steiner||anthroposophy||architecture||Goetheanum||double-steel-concrete composite shear walls||axial and bending capacity||failure characteristic||n/a