The production of innovative building bricks from new materials has drawn a huge interest
lately, targeting sustainability-related problems. This research investigates the utilization of …

The present research examines the development of new porous ceramic bricks from
Hungarian zeolitic tuff and tea waste as building materials. Recycling waste materials as a …

In this study the preparation of pure and Bismuth (Bi) doped barium titanate (BaTiO 3)
nanoceramics by sol-gel process is reported. The structural and optical properties of the …

In this research, alumina-zeolite composite materials were synthesised by mechanical
activation and oxidation sintering technique. A comprehensive examination of the …

Fe-doped barium titanate (BFexT) nanoceramics were successfully prepared by a simple sol-
gel process, these materials are very interesting and could be a candidate for many …

One-dimensional nanosized structures based on titanium dioxide are a desirable product
because of their physical and chemical properties. The article considers production of …

Using relatively low-cost raw materials (conventional kaolin and sawdust powders) and
simple technology, the authors have developed new ceramic composite materials which can …

The use of waste materials has gained attention as a sustainable approach in various
industries. Cigarette waste, which is typically discarded as a non-recyclable material, poses …

The authors have examined how the properties are changing using different sintering
temperature based on the kaolin. Kaolin powder and a mixture of kaolin and 10 m% alumina …

This work deals with investigating the effects of solid-state phase transformation on residual
stresses during the welding of low carbon and high carbon steels. In this study, depending …