The principles for seismic assessment of buildings have shifted from strength-based to performance-based evaluation. Performance-based assessment involves evaluation of s [...]

Performance of reinforced concrete frame buildings in recent earthquakes indicates variations in damage levels depending on the seismic hazard of the region and the vulne [...]

This paper highlights research to assess and upgrade seismically deficient reinforced concrete frames using Buckling Restrained Braces (BRBs). A new BRB was developed by [...]

Reinforced concrete bridge columns subjected to strong earthquakes indicate that they may suffer from various types and levels of damage. One of the most common causes of [...]

Seismic resiliency of new buildings has improved over the years due to improved seismic codes and design practices. However, vulnerability of seismically deficient older [...]

Previous earthquakes have clearly demonstrated that the damage to operational and functional components of buildings usually cause more injuries, fatalities, and property [...]

Seventy two specimens were tested under simulated seismic tension, direct shear or combined tension and shear to study their deformations and strength. The anchors compri [...]

This paper describes results from a study on the seismic vulnerability of three reinforced concrete frame buildings designed for Vancouver, Canada. The buildings included [...]

This paper presents results from a study on the relationship between the increase (i.e., the elongation) of the fundamental periods of reinforced concrete frame buildings [...]

The use of fibre reinforced polymer (FRP) reinforcement in buildings is gaining acceptance in the construction industry due to their superior corrosion resistance, durabi [...]