Predicting the effects of microstructure on high-temperature creep responses of steel
components is critical to minimize the risks of failure and maximize economic viability in the …

We designed and developed a novel ferritic alloy, which reveals excellent high-temperature
yield strength enhanced by coherent hierarchical precipitates. The composition of designed …

Abstract Recently, Fe–Cr–Ni–Al–Ti ferritic alloys strengthened by L2 1-type Ni 2 TiAl
precipitates have demonstrated superior high-temperature strength compared to …

In the present work, the influence of thermomechanical treatment (TMT) on microstructural
evolution and creep deformation behaviour of India specific reduced activation ferritic …

The creep behaviour of dissimilar weld joint of 316LN SS-P91 steel when subjected to lower
applied stresses (below 100 MPa) generally fails in a Type-IV pattern. The dissimilar weld …

Creep behavior of an as-received, normalized, and tempered 9Cr-1Mo (P 91) steel and its
secondary short-term normalized and short-term tempered counterpart at temperatures of …

In this work, the precipitate evolution and its influence on the impact fracture behavior of Nb-
containing 16Cr–25Ni superaustenitic stainless steel weld metal were systematically studied …

Thermal stability of a conventional 9Cr-1Mo ferritic/martensitic steel submitted to a
thermomechanical treatment has been investigated by means of an in-situ annealing …

Damage evolution in a creep tested 316LN stainless steel—P91 steel dissimilar weld joint
fabricated by shielded metal arc welding has been investigated. Failure in this joint which …

The strengthening mechanism of 9Cr–1.5 Mo–1Co and 9Cr–3W–3Co heat resistant steel
was studied by tensile test and microstructure analysis. At the same temperature, the yield …