Mechanical properties of high-strength steels (HSSs) at varying temperatures are
fundamental information for the design and numerical analysis of cold-region structures and …

The lack of full stress-strain data sets under the coupled effect of high strain rates and
elevated temperatures is one of the main concerns in a multi-hazard (blast and fire) …

The influence of microstructure on plasticity and fracture of three 6000-series aluminum
alloys is studied with emphasis on the anisotropy caused by the extrusion process. Tension …

The dynamic behaviour of the High Strength Low Alloy (HSLA) Steel before and after heat
treatment was examined experimentally by performing quasi-static and high strain rate …

This paper proposes a practical method for addressing the effects of low temperatures on
the ductile fracture behavior of high tensile strength steel plates and modeling using large …

The aim of the paper was to develop a test database of the ultimate strength characteristics
of full-scale steel stiffened plate structures under axial compressive loading at a temperature …

Construction of infrastructures in cold regions and the Arctic has grown rapidly since the
2000s, including railways, platforms, bridges, roads, and pipelines. However, the harsh low …

A new theoretical method is proposed to predict the elastoplastic behavior of three ductile
metallic materials, including mild steel Q235, high strength low alloy steel HSLA350, and …

Fe‐based filler material with a composition of Fe–20Ni–5Co–2.5 Mn–0.2 C is developed for
welding 9% Ni steel. To ensure high weldability through compositional similarity, the …

Steels are usually stronger at low temperatures than at high temperatures. But low
temperatures are, particularly in combination with high strain rates and high stress triaxiality …