Discovering new materials with excellent performance is a hot issue in the materials
genome initiative. Traditional experiments and calculations often waste large amounts of …

For the first time, Zirconium titanate doped with copper (1–9 mol%) was synthesized by an
aloe vera-mediated combustion route followed by calcination at 700 o C. The high …

For the first of its kind, Silver activated (1–9 mol%) Zirconium Titanate nanoparticles (NPs)
have been synthesized by green solution combustion method using AloeV era gel extract as …

Porous metals are promising substrate supports of solid oxide fuel cell for the applications of
mobile and high-power density. The process conditions for a suitable mixture of pore former …

In powder metallurgy materials, sintered density in Cu-Al alloy plays a critical role in
detecting mechanical properties. Experimental measurement of this property is costly and …

This study aims to develop an integrated framework to investigate and assess fire safety
strategies, including protection and intervention. The proposed framework is also able to …

The mechanical properties of powder metallurgy (PM) materials are closely related to their
density. In this case we demonstrate an approach of utilizing machine-learning algorithms …

Geopolymer paste is an innovative construction material which shall be produced by
chemical action of inorganic molecules. It is a more environmentally friendly alternative to …

In powder metallurgy engineering, the master sintering curve (MSC) is crucial for estimating
the mechanical properties of sintered products and optimizing sintering process parameters …

Abstract Barium Titanate (BaTiO 3 or BT) is one of which the most attractive ferroelectric
materials that have been widely studied. The fabrication process affects the properties of …