Flow behaviour kinetics of Inconel 600 superalloy under hot deformation using gleeble 3800

Comparison of Flow Behaviors at High Temperature of Two Press Hardening Boron Steels with Different Hardenability

“…In many works, the Gleeble thermo-mechanical physical simulator has been exploited to derive the flow curves of materials [11][12][13][14][15][16][20][21][22]. This system is able to reproduce high heating rates (up to 10 3 K/s) thanks to the Joule effect [23].…”

Experimental research on mechanical, material, and metallurgical properties of Inconel 600: Application in elevated temperature environment

“…In addition, it can be heat treated at a higher temperature [3]. These properties make it suitable for use in extreme environments in aerospace components such as blades, shafts, aircraft engines, hot *Corresponding Author Email: m.chizari@herts.ac.uk (Mahmoud Chizari) water pipes, and the steam generators in nuclear power plants in which it is required to control the microstructure of the hot-worked component [4][5][6].…”

“…Tensile residual stresses make the material weaker and shortens the life cycle of fatigue leading to corrosion cracking, distortion, stress fatigue cracking, and premature component failures [15][16]. Gajalappa et al [5] applied thermo-mechanical deformation technique to analyze the flow behaviour of Inconel 600 in the temperature range of 950 ºC to 1100 ºC and strain rate range of 10 -3 to 1 s -1 . At higher strain rate of the true stress-strain curve showed softening and steady state behaviour.…”