The objective of this study is to evaluate the hysteretic behavior of slender diagonally reinforced coupling beams and to simplify the reinforcement details of diagonally reinforced coupling beam by reducing the transverse reinforcement around the beam perimeter that is required for the confinement of diagonally reinforced coupling beam. Experiments were conducted using two diagonally reinforced concrete coupling beams with aspect ratio of 3.5 under reversed cyclic loads. Test results show that slender diagonally reinforced coupling beam specimens with 100% and 50% of the amount of transverse bars required by current design provisions had satisfactory deformation and strength capacities.��� ��������� 2015������ ������������������ ��������� ...
Diagonal reinforced coupling beam of coupled shear walls can provide sufficient strength and stiffne...
The use of high-strength steel in diagonally reinforced coupling beams was investigated with the aim...
A previous investigation by Paulay¹ at the University of Canterbury cast doubts on the ability of co...
Coupled shear walls system are frequently used as the primary components of the lateral force resist...
Coupling beams serve as primary source of energy dissipation in coupled shear wall systems during la...
Abstract This paper presents the experimental results of four full-scale coupling beams in which onl...
Coupling beams are a key structural element for resisting seismic loading because of their energy d...
Coupled shear walls are effective lateral force resisting system in which coupling beams link indivi...
The current design method in the ACI building code 318M-14 for reinforced-concrete coupling beams re...
Shear wall systems behave as individual wall because of openings like window and elevator cage. When...
The hysteretic behavior of diagonal reinforced coupling beams is excellent during earthquakes. Howev...
Diagonally reinforced concrete coupling beams (DRCB) play an important role in coupled shear wall sy...
Coupled shear wall system is an excellent lateral force resistance system that consists of independe...
The seismic response of diagonally reinforced slender coupling beams is investigated. Primarily, a ...
Ductile coupled walls are important elements in resisting seismic loads in tall buildings. Ductile ...
Diagonal reinforced coupling beam of coupled shear walls can provide sufficient strength and stiffne...
The use of high-strength steel in diagonally reinforced coupling beams was investigated with the aim...
A previous investigation by Paulay¹ at the University of Canterbury cast doubts on the ability of co...
Coupled shear walls system are frequently used as the primary components of the lateral force resist...
Coupling beams serve as primary source of energy dissipation in coupled shear wall systems during la...
Abstract This paper presents the experimental results of four full-scale coupling beams in which onl...
Coupling beams are a key structural element for resisting seismic loading because of their energy d...
Coupled shear walls are effective lateral force resisting system in which coupling beams link indivi...
The current design method in the ACI building code 318M-14 for reinforced-concrete coupling beams re...
Shear wall systems behave as individual wall because of openings like window and elevator cage. When...
The hysteretic behavior of diagonal reinforced coupling beams is excellent during earthquakes. Howev...
Diagonally reinforced concrete coupling beams (DRCB) play an important role in coupled shear wall sy...
Coupled shear wall system is an excellent lateral force resistance system that consists of independe...
The seismic response of diagonally reinforced slender coupling beams is investigated. Primarily, a ...
Ductile coupled walls are important elements in resisting seismic loads in tall buildings. Ductile ...
Diagonal reinforced coupling beam of coupled shear walls can provide sufficient strength and stiffne...
The use of high-strength steel in diagonally reinforced coupling beams was investigated with the aim...
A previous investigation by Paulay¹ at the University of Canterbury cast doubts on the ability of co...