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A platform for research: civil engineering, architecture and urbanism
Improving Precast Truss Reinforced Laminated Concrete Slab System
The cost of prefabricated concrete buildings in China is higher than that of cast-in-place buildings. It has been pointed out that the requirement of Chinese prudent technical standards has led to high costs. It is highly unlikely to change the standards. However, we need to reexamine and improve the precast components used in the prefabricated buildings for cost-effectiveness. To improve the laminated slab floor system, it is essential to have a comprehensive understanding of the truss reinforced laminated slab structure. Two experimental tests for the slabs reinforced with steel bar truss and steel tube/bar truss were carried out. The results show that the load characteristic values of the tube-bar truss reinforced slabs are significantly improved and have greater initial stiffness and resistance to deformation than the steel bar truss reinforced slab. When the specimen is damaged, the grout-filled steel tube does not undergo out-of-plane buckling and in-plane uplift. The result proposed the structure of the steel pipe allows a cost-effective and sustainable dry prefabricated and laminated slab system.
Improving Precast Truss Reinforced Laminated Concrete Slab System
The cost of prefabricated concrete buildings in China is higher than that of cast-in-place buildings. It has been pointed out that the requirement of Chinese prudent technical standards has led to high costs. It is highly unlikely to change the standards. However, we need to reexamine and improve the precast components used in the prefabricated buildings for cost-effectiveness. To improve the laminated slab floor system, it is essential to have a comprehensive understanding of the truss reinforced laminated slab structure. Two experimental tests for the slabs reinforced with steel bar truss and steel tube/bar truss were carried out. The results show that the load characteristic values of the tube-bar truss reinforced slabs are significantly improved and have greater initial stiffness and resistance to deformation than the steel bar truss reinforced slab. When the specimen is damaged, the grout-filled steel tube does not undergo out-of-plane buckling and in-plane uplift. The result proposed the structure of the steel pipe allows a cost-effective and sustainable dry prefabricated and laminated slab system.
Improving Precast Truss Reinforced Laminated Concrete Slab System
Qi, Jiarui (author) / Yang, Hsi-Chi (author)
2020-12-25
1194939 byte
Conference paper
Electronic Resource
English
Laminated slab, truss rib for laminated slab, and composite truss
| European Patent Office | 2024