Abstract: In a fire, the high-temperature creep effect of steel cables can cause structural failure. Due to differences in fabrication and composition, the high-temperature creep behaviors of full-locked/Galfan-coated steel cables ...

Abstract: Aluminum alloys are increasingly applied in spatial structures owing to their light weight and favorable ductility. The study on mechanical properties at different temperatures is of significance in studying the behavior ...

Abstract: This paper aims at investigating the fire-induced collapse behavior of aluminum alloy shells with gusset joints through an experimental analysis. The scale test model (geometric scaling coefficient=1/5) was composed of a ...

Abstract: This paper presents a data set of a fire-induced collapse on an existing building with a truss roof. The data set contains the thermal and structural responses of the tested building, the mass loss of the fuel, the heat ...