The study of heterostructured materials (HSMs) answered one of the most pressing
questions in the metallurgical field:“is it possible to greatly increase both the strength and the …

High fuel consumption by automobile and aerospace vehicles built from legacy alloys has
been a great challenge to global design and material engineers. This has called for …

The present work deals with achieving improvement in the mechanical properties of
SUS304L stainless steel through the application of a unique microstructure design termed …

The present work deals with the strengthening of Ti-6Al-4V alloy by creating a unique
microstructure with bimodal grain size distribution, termed as “harmonic structure.” The Ti …

This paper presents an overview on the peculiar microstructural design, called 'harmonic
structure'(HS), for improved mechanical performance of structural materials. A well designed …

Titanium is a promising material because of properties such as a high strength-density ratio
and its high corrosion resistance. Particularly, commercially pure titanium will be applied to …

In the present work, Co-Cr-Mo alloy compacts with a unique bimodal microstructural design,
harmonic structure design, were successfully prepared via a powder metallurgy route …

Powder metallurgy associated to spark plasma sintering was used to elaborate near full-
dense samples of 316L austenitic stainless steel with unimodal or bimodal grain size …

Obtaining better materials with better structure-performance relationship is a quest as long
as the human being history. The history also teaches that a tool among the best for the …

An austenitic stainless steel with precisely controlled hierarchical microstructure consisting
of statically recrystallized grains (SRGs), nanograins (NGs) and nanoscale twins (NTs) was …