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Experimental Study on Flexural Behaviors of All-Lightweight Aggregate Concrete Slabs
In order to study the feasibility that whether the all-lightweight aggregate concrete slabs can be the structural member, we test on 6 pieces of all-lightweight aggregate concrete slabs. The flexural behaviors of all-lightweight aggregate concrete slabs which have the same intensity level and section size is analyzed comparatively under the same mode of action, but different reinforcement situation. The result shows that the all-lightweight aggregate concrete slab has certain bearing capacity and deformation capacity. It can replace the ordinary concrete slab as load-bearing member. The experimental study in the paper can provide a basis of the lightweight and energy-saving multi-story structure.
Experimental Study on Flexural Behaviors of All-Lightweight Aggregate Concrete Slabs
In order to study the feasibility that whether the all-lightweight aggregate concrete slabs can be the structural member, we test on 6 pieces of all-lightweight aggregate concrete slabs. The flexural behaviors of all-lightweight aggregate concrete slabs which have the same intensity level and section size is analyzed comparatively under the same mode of action, but different reinforcement situation. The result shows that the all-lightweight aggregate concrete slab has certain bearing capacity and deformation capacity. It can replace the ordinary concrete slab as load-bearing member. The experimental study in the paper can provide a basis of the lightweight and energy-saving multi-story structure.
Experimental Study on Flexural Behaviors of All-Lightweight Aggregate Concrete Slabs
Advanced Materials Research ; 535-537 ; 1918-1922
14.06.2012
5 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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