Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to the con-crete surface in tension creating a composite structural element. This paper compare the theoretically calculated flexural resistance of composite structural slabs to the experimentally tested results. The test results of full scale experimental composite slabs are presented, loaded by either a point load at mid span or point loads at third spans mimicking a uniformly distributed load. The following variations in the in the composite slabs are considered: (1) number of bonded steel plates (2) width of the bonded steel plates (3) thickness of the bonded steel plate
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
Ensuring the full connection between steel sheet and concrete after applying a load to composite sla...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structural elements can be strengthened by bonding external steel plat...
Abstract This paper analyses the results of several series of tests performed on composite concrete-...
Abstract This paper analyses the results of several series of tests performed on composite concrete-...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Composite slab flooring systems are used in steel framed buildings as well as in conjunction with co...
Composite slab flooring systems are used in steel framed buildings as well as in conjunction with co...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
Ensuring the full connection between steel sheet and concrete after applying a load to composite sla...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structures can be strengthened by externally bonding steel plates to t...
Abstract: Reinforced concrete structural elements can be strengthened by bonding external steel plat...
Abstract This paper analyses the results of several series of tests performed on composite concrete-...
Abstract This paper analyses the results of several series of tests performed on composite concrete-...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Abstract This paper describes the results of a series of experiments to determine the structural beh...
Composite slab flooring systems are used in steel framed buildings as well as in conjunction with co...
Composite slab flooring systems are used in steel framed buildings as well as in conjunction with co...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
Ensuring the full connection between steel sheet and concrete after applying a load to composite sla...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...