Characterization of Low Cycle Fatigue Parameters of Rotor Steel using Sub-sized Specimens

The formulation of a metal plasticity constitutive model with a new cyclic hardening rule is proposed to enable correct simulation of the material response under large strain

The procedure for the determination of the input parameters of the SH model is divided into obtaining parameters control- ling the nonlinear increase in stress – strain (hardening)

The Life-Cycle Assessment Method is a useful and com- prehensive way of assessing all environmental impacts of building materials, covering the entire life cycle of the material or

These are compared with the results obtained using the constant strain triangle (CST), the linear strain triangle (LST), the element of Allman [1] and Lee [5]. The values of the

Stress-strain analysis with respect to combined bending and torsion of the circular shaft, the condition of right contact pressure distribution in the frictional joint and

This paper has presented autothermal reforming of glycerol in a supercritical water cycle, and assesses the influence of various processing parameters on the com- position of the

Thus, in order to avoid of using the low pass filter and the phase compensator based on back EMF, in this paper a fuzzy sliding mode observer with sigmoid function for detecting

Results of the acoustic emission signal treatment during the fatigue charge of the aluminium alloy EN AW-2017/T4 indicate that the application of this non-destructive testing method