High temperature mechanical property data are needed for evaluating fire resistance of
structural members. Being a relatively new construction material, there is a lack of …

Abstract Glass Fiber Reinforced Polymer (GFRP) materials have proven its efficiency in
reinforcing concrete elements. The performance of Glass reinforced concrete columns (GRC …

Fire and elevated temperature are important considerations for design of concrete
structures, for both normal and nuclear facilities. In India, the present design guidelines for …

This paper introduces CLEMSON, an automated machine-learning (AutoML) virtual
assistant (VA) that enables engineers to carry acCeLErated, siMulation-free, tranSparent …

Fire is one of the extreme loading events that a building may experience during its service
life and can have severe consequences on the safety of its occupants, first responders, and …

Purpose This study delineates the effect of cover thickness on reinforced concrete (RC)
columns and beams under an elevated fire scenario. Columns and beams are important …

This study is dedicated to examining the impact of stress on group evacuation behaviors in
urban subway station fires, with the ultimate goal of improving evacuation efficiency and …

The adverse impact of high temperatures on concrete is a well-recognized issue that can
lead to significant mechanical deterioration and structural integrity loss. Factors such as …

The collapse and deterioration of infrastructures due to fire events are documented annually.
These fire incidents result in multiple deaths and property loss. In this paper, a reliable and …

This paper presents the results of an experimental study on the comparative response of
polypropylene (PP) fiber-incorporated reinforced concrete (RC) beams under fire conditions …