Abstract: An analysis of previously reported elevated-temperature fatigue with hold time data supplemented by a metallographic examination of the 2 1/4 Cr-1Mo alloy steel specimens is reported. The tests ...

Abstract: Results are reported for a number of load and strain controlled fatigue tests conducted over the temperature range of room temperature to 1000°F (538°C). Cyclic hardening and softening ...

Abstract: A wide variation in creep-rupture and long-term creep properties of 20 heats of type 304 and seven heats of type 316 stainless steel was observed. The observed variation in 1000-hr creep-rupture ...

Abstract: A technique to achieve stable and uniform uniaxial compression is offered for creep testing of advanced ceramic materials at elevated temperatures, using an innovative self-aligning load-train ...

Abstract: Tensile deformation and rupture behavior were simulated using a viscoplastic model developed recently. The model was formulated based on the state variable approach, which provides flexibility and ...