Post-earthquake fire (PEF) can lead to a rapid collapse of buildings that have been partially
damaged as a result of a prior earthquake. Almost all standards and codes for the design of …

A finite element model developed to identify the parameters that have the most influence on
the behaviour of FRP shear-strengthened beams is presented. The parameters investigated …

An investigation based on sequential analysis is performed here on the Immediate
Occupancy performance level of important structures designed to the ACI 318–08 code after …

Numerical modeling of TRC strengthened reinforced concrete beams under shear stress
was studied. TRC strengthening consists of a mortar matrix reinforced by grid alkali resistant …

Post-earthquake fire (PEF) can lead to a rapid collapse of buildings damaged partially as a
result of prior earthquake. Almost all standards and codes for the design of structures …

Purpose–Post-earthquake fire (PEF) can lead to a rapid collapse of structures partially
damaged by earthquake. As there is almost no established PEF provisions by codes and …

Post-earthquake fire can potentially bring about much more damage than the earthquake
itself. Performing a vulnerability assessment for a structure that has already sustained …

Post-earthquake fire (PEF) contributes significantly to loss of life and property following large
earthquakes in urban regions. In the absence of adequate PEF provisions in the codes and …

This study numerically investigated the effect of fiber-reinforced polymer (FRP) laminates on
the shear transfer capacity of strengthened push-off concrete specimens. The numerical …

There is a global pressing need for shear strengthening of existing concrete infrastructure.
Fibre reinforced polymer (FRP) composites can be effectively used to enhance the shear …