The ratcheting fatigue behavior of Z2CN18. 10 austenitic stainless steel elbow under
internal pressure and cyclic loading was studied. The evolution of axial and hoop ratcheting …

This paper deals with the short crack initiation of the material 9Cr-1Mo (P91) under cyclic
loading at different temperatures (T= 24° C and T= 650° C) concluded with the estimation of …

In service, steam pipes are subjected to high temperature close to 0.4 T m (melting
temperature) or higher and pressure; thus, making them prone to failure due to creep. Often …

The geometrical increase in the demand for electrical energy has posed serious pressure on
the power generation components such as the steam pipes due to the consequential …

Bearings and cylindrical roller bearings to be specific have found application in rotating
machinery due to their high load-bearing ability. The dynamic performance of the bearing is …

Steam piping is one of the major components of power generation plant because of its use
in conveying steam from the boiler to the turbines compartment. Over time, these pipings are …

This study investigates the influences of the four different microstructure morphologies on
the calculation of the fatigue crack initiation cycle number for 9Cr-1Mo (P91) under cyclic …

Cylindrical roller bearing is an important component of the airflow root blower of a power
generation plant, and its malfunction has been identified as one of the root causes of poor …

In some applications, materials such as carbon steel alloy (A106 Gr-B) may be subject to
Creep-Fatigue Interaction (𝐶𝑟FI) or Corrosion-Fatigue Interaction (CFI); further, a triple …

The creep response and stress relaxation of X20 CrMoV12-1 steam piping under diverse
operating conditions were simulated using finite element analysis (FEA) code, Abaqus …