A material's design revolution is underway with a focus to design the material microstructure
and processing paths to achieve certain performance requirements of products. A host of …

Machining-induced residual stress distribution is strongly influenced by the machining
process condition, tool geometry and workpiece material mechanical properties. The high …

In this paper, we present robust concept exploration using a goal-oriented, inverse decision-
based design method to carry out the integrated design of material, product and associated …

The mechanical properties of hardened AISI 52100 bearing steel such as flexural strength,
microhardness and Young's modulus are considerably influenced by the austenite content …

Grain growth equation constants n, Q and A for Nb bearing steels with the Nb varying from
0.002 wt% to 0.1 wt%, were experimentally determined under reheating and high …

Abstract A Fe-17Mn-3Al-2Si-1Ni-0.06 C wt.% steel was subjected to cold-rolling to 42%
thickness reduction and isochronally annealed for 300 s between 500 and 850° C. The high …

Asymmetrical thermomechanical rolling (ATMR) process of API X70 microalloy steel was
investigated to evaluate of rolling force and distribution of material property in the roll gap …

To optimize the production process of Inconel 718 superalloy bolts, the uniformity of the
microstructure and the mechanical properties are improved. In this paper, the finite element …

The design of multipass hot‐rolling schedules is of great importance to steel industry and an
effort is made to predict the microstructure evolution. In the present study, a multi‐phase field …

A novel technology called Hot‐core Heavy Reduction (HHR) has been developed to refine
the center microstructure of continuously cast slabs, which is rolling at the end of …