Experimental studies have shown that precast concrete hybrid frames with dry jointed moment connections can provide adequate lateral force resistance for buildings located in high seismic zones. This framing concept, which has been approved for use by code officials, utilizes unbonded post-tensioning and mild steel reinforcement that is debonded over a short distance to establish a moment resisting connection between a precast beam and a precast column. As a result, the hybrid frames have the ability to dissipate energy and sustain minimal residual displacements when subjected to earthquake lateral forces. Due to the use of unbonded steel reinforcement, the hybrid connection concept introduces strain incompatibility between the reinforcemen...
A different concept for designing and detailing of reinforced concrete precast frame structures is a...
The connections between precast concrete components play an important role in determining the succes...
UnrestrictedIn this NSF sponsored research project, an innovative hybrid steel precast concrete colu...
Experimental studies have shown that precast concrete hybrid frames with dry jointed moment connecti...
Precast construction of structural buildings requires connection techniques that can shorten the pro...
The analytically simulated performance of moment-resisting precast concrete frames with hybrid conne...
Major advances have been observed during the last two decades in the field of seismic engineering wi...
© 2014 Seon-Chee Park et al. The structural stability, constructability, economic feasibility, envir...
Precast concrete has been widely implemented in various construction projects due to shorter constru...
This paper presents an ongoing research project on the behavior and design of “hybrid ” precast conc...
In order to withstand challenges such as earthquakes, it is important to appropriately design the be...
The recent disasters from earthquakes in Northridge, California and Kobe, Japan, demands a structura...
Paper 26The effects of beam elongation in precast frame systems have demonstrated a potential source...
Moment-resisting beam-column connections including emulative and mechanical components are widely us...
The development of alternative solutions for precast concrete buildings based on jointed ductile con...
A different concept for designing and detailing of reinforced concrete precast frame structures is a...
The connections between precast concrete components play an important role in determining the succes...
UnrestrictedIn this NSF sponsored research project, an innovative hybrid steel precast concrete colu...
Experimental studies have shown that precast concrete hybrid frames with dry jointed moment connecti...
Precast construction of structural buildings requires connection techniques that can shorten the pro...
The analytically simulated performance of moment-resisting precast concrete frames with hybrid conne...
Major advances have been observed during the last two decades in the field of seismic engineering wi...
© 2014 Seon-Chee Park et al. The structural stability, constructability, economic feasibility, envir...
Precast concrete has been widely implemented in various construction projects due to shorter constru...
This paper presents an ongoing research project on the behavior and design of “hybrid ” precast conc...
In order to withstand challenges such as earthquakes, it is important to appropriately design the be...
The recent disasters from earthquakes in Northridge, California and Kobe, Japan, demands a structura...
Paper 26The effects of beam elongation in precast frame systems have demonstrated a potential source...
Moment-resisting beam-column connections including emulative and mechanical components are widely us...
The development of alternative solutions for precast concrete buildings based on jointed ductile con...
A different concept for designing and detailing of reinforced concrete precast frame structures is a...
The connections between precast concrete components play an important role in determining the succes...
UnrestrictedIn this NSF sponsored research project, an innovative hybrid steel precast concrete colu...