In present research article, microstructure evolution in P91 steel and their weldments are
reviewed in as-virgin and heat treatment and creep exposure condition. The thermal stability …

The tungsten inert gas welded P91 steel welded joints were subjected to the two different
type of heat treatments including the postweld direct tempering (PWDT) and re-austenitizing …

In this work, an insight into the premature Type IV cracking was undertaken to clarify its
mechanisms in Grade 91 steel pipe weldments. High-resolution microscopy observations of …

In the present investigation, a detailed microstructure and mechanical behaviour study for
P91 welded joint were investigated. The welded joint was produced using the Gas Tungsten …

The research work explores the microstructure evolution and creeps rupture behavior of the
shielded metal arc welded joint of reduced activation ferritic/martensitic P91 steel plate in the …

Today getting high thermal efficiency in thermal and nuclear power plant is a big challenge.
Many new material are developed. SA 335 grade 91 steel is modified high chrome-moly …

In the present study simulated and the actual microstructures of the coarse grain, fine grain
and intercritical heat-affected zones of P91 steel weldment are characterized using electron …

A key factor for successful installation of Grade 91 steel for high pressure-high temperature
applications in power plant is optimised welding and post weld heat treatment (PWHT) …

Failure has been observed to occur on grade P91 alloy flat head closures in Heat Recovery
Steam Generators (HRSG), operating at high temperature (> 538° C) and high pressure (> …

Advanced coal-fired power plant, operating at higher temperatures and pressures, can
achieve substantial improvements in thermal efficiency and hence reductions in carbon …