… Abstract: The effects of strain rate on the reinforced concrete structure under seismic loading
are studied in this paper. Firstly, the strain-rate effects of reinforcing steel with the grades …

… buildings under gravitational plus earthquake loads (D + 0.25L + E), where the earthquake
loads … The mean and standard deviation of the average ALRs for the five buildings is 0.27 and …

… According to the literature, beams continuously passing through column panel zones (beam-through-type)
behave in a ductile manner under seismic loading; however, orthogonal …

… The main objective of this paper is to study the mechanical properties of beam-column
joints subjected to earthquake loading. For this purpose, 15 cruciform specimens are tested to …

… the behavior of beam-column joints in order to improve its response to seismic loads. In the
… paper, it is clarified that loading methods affect the seismic behavior of beam-column joint to …

… With special regard to reinforced concrete (RC) buildings, … (3-D) structures subjected to
repeated earthquakes. More … structures are analyzed and designed for earthquake loads (E) …

… behavior is controlled by flexure. The method is based on damage mechanics of reinforced
concrete structures… Accurate modeling of concrete under seismic loading requires accounting …

… -column joints when subjected to seismic loads is reported within this paper. … seismic loads
at the Nanyang Technological University of Singapore. Simulations of earthquake loadings …

… on the mechanical behavior of reinforced concrete by plate impact experiment. In this
paper, the impact experiments of reinforced concrete with different reinforcement ratios are …

… 15], it is important to better understand the behavior of flexure-controlled walls, including
the … to impact the performance of walls under seismic loading, such as axial load ratio and …