AbstractThis paper explains the behavior of both reinforced concrete beams with and without confinement in compression zone to evaluate the influence of confinement in compression zone to the increasing of beam ductility. Four beams with reinforcement ratio ρ=1.9% and ρ=2.5% have been tested with monotonic loading. The results showed that an increase up to 300% in concrete strain for beams with confinement on the compression zone than beams without confinement. The increase also occurred in the load capacity and the curvature of beams with confinement, while the moment capacity did not show significant improvement
<div><p>Abstract In this paper, a simplified numerical approach to study the influence of the confin...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...
AbstractThis paper explains the behavior of both reinforced concrete beams with and without confinem...
AbstractThis paper explains the experimental study on beams confined in compression zone with differ...
Confinement is one way that can be used to improve the performance of reinforced concrete structures...
The programme of research described in this thesis has investigated the effect of confinement of th...
High-strength concrete is relatively brittle and its use in a reinforced concrete member might resul...
The principal aim of this paper is to examine, both theoretically and experimentally, the flexural b...
AbstractIn order to provide higher mechanical effectiveness of confined concrete beam, the new techn...
The purpose of this thesis was to investigate about two zones of beam namely as Compression and tens...
Reinforced concrete (RC) is one of the most important building materials and is widely used in civil...
Seismic design of reinforced concrete (RC) structures requires a certain minimum level of flexural d...
This study focuses on ductility of lightweight aggregate concrete (LWAC) in compression. The major d...
Concrete beams reinforced with FRP rebars have greater durability than standard steel reinforced ele...
<div><p>Abstract In this paper, a simplified numerical approach to study the influence of the confin...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...
AbstractThis paper explains the behavior of both reinforced concrete beams with and without confinem...
AbstractThis paper explains the experimental study on beams confined in compression zone with differ...
Confinement is one way that can be used to improve the performance of reinforced concrete structures...
The programme of research described in this thesis has investigated the effect of confinement of th...
High-strength concrete is relatively brittle and its use in a reinforced concrete member might resul...
The principal aim of this paper is to examine, both theoretically and experimentally, the flexural b...
AbstractIn order to provide higher mechanical effectiveness of confined concrete beam, the new techn...
The purpose of this thesis was to investigate about two zones of beam namely as Compression and tens...
Reinforced concrete (RC) is one of the most important building materials and is widely used in civil...
Seismic design of reinforced concrete (RC) structures requires a certain minimum level of flexural d...
This study focuses on ductility of lightweight aggregate concrete (LWAC) in compression. The major d...
Concrete beams reinforced with FRP rebars have greater durability than standard steel reinforced ele...
<div><p>Abstract In this paper, a simplified numerical approach to study the influence of the confin...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...
This chapter reviews the issues of confinement in plain and reinforced concrete under concentric com...