This paper presents an experimental investigation on the dynamic mechanical performance of S30408 austenitic stainless steel (ASS) under elevated temperatures, which is essential for determining behaviour structures made with this type subjected to coupled fire and impact/explosion. For purpose, quasi-static compression tests using Split Hopkinson Pressure Bar (SHPB) were conducted temperatures...

Compressive response of a novel Fe38·5Mn20Co20Cr15Si5Cu1.5 high entropy alloy with transformation induced plasticity made by laser powder bed fusion was studied at quasi-static, medium and strain rates. Mechanical variation in work hardening rate were correlated ? (f.c.c.) ? ? (h.c.p.) martensitic transformation, subsequent phase evolution adiabatic heating. A strong near basal {0 0 1} texture ...

Non-linear numerical modeling, widely used in research and development to understand many complex processes such as forming or machining, does not guarantee the success of a study be performed. Indeed, simulation uses finite element codes where models already integrated are based on shapes adjustable any type study. In this study, new form non-linear constitutive flow law Modified Zerilli-Armst...

Paraffin wax has been identified as a hybrid rocket motor fuel, which offers enhanced regression rates and improved combustion performance. While various investigations into the performance of this class fuels are being conducted around world, consideration its structural is often overlooked. The research presented here establishes simplified, yet accurate method defining paraffin fuel grain to...

Laser shock peening (LSP) is used to enhance surface quality of the metallic structures by generation compressive residual stresses on it. This work studies effect main LSP parameters stress fields finite-element method. The specimen under investigation a square plate with thickness 3 mm made Ti-6Al-4V. performed analysis enhances understanding application manufactured from this material and in...