Pressure regulators have been part of industries to address various requirement related to
pressure settings. Being in industry since long time, lot of research's have already been …

Addressing the critical issue of turbine blade failures, particularly in steam turbine systems,
this comprehensive review delves into examining and analyzing various failure mechanisms …

The structural integrity of steam turbine blades is crucial for successful operation and power
generation. These blades are subjected to various types of excitations which include …

Steam turbine blades are the important components in power system shaft lines subjected to
severe temperatures, leading to low/high cycle fatigue failures. The transient conditions …

To solve the problem of the slow convergence of the geometry-based correction (GC)
method in the design of a steam turbine blade, this paper proposes a geometry-load-based …

Water droplet erosion (WDE), which is brought on by the high-energy impact of liquid water
droplets, is a serious problem for steam turbine blades. Nevertheless, rather than …

The deformation of blades under complex loads of multiple working conditions will reduce
the energy conversion efficiency. To reduce the deviation of the blade shape in practical …

The blades in the low-pressure stage of a steam turbine must be reverse engineered
according to the ideal blade shape due to the deformation of the blade during operation. A …

Corrosion behaviorsfor14Cr12Ni3Mo2VN martensitic stainless steels in chloride solutions
with different pH values wereinvestigated using an open circuit potential analysis …

The rotor blades are very crucial component in the steam turbine, and any failures that
occur, particularly in the final stages of the low-pressure (LP) blades, can significantly …