The development of bulk metallic glasses (BMGs) is a topic of current interest due to the unique set of properties that distinguish them from their crystalline counterpart and make them attractive in industrial applications ...

Recently, bulk amorphous alloys were produced in the Fe–B–Si–P–C system with high glass forming ability, excellent magnetic properties and the advantage of containing no expensive glass-forming elements, such as Ga, Y, Cr ...

GexSe1−x system is a well-known glass former for x ≤ 0.43. The addition of third elements (i.e. Ag, Sb, and Sn) even up to high concentrations is possible without affecting its glass forming ability. These metals confer ...

Glasses with high atomic concentration of iron have been studied due to its magnetic properties, high mechanical and corrosion resistance, and low cost of the raw material. However, these materials present low glass-forming ...

Industrial components can be subjected to a high level of surface wear it necessary to search for new wear-resistant alloys to improve the performance and safety of the components. The objective of this work was to produce ...

The present research thesis focuses on the theoretical and experimental fundamentals, which are related to the design, obtaining and characterization of metallic glasses. Chapter I is an introduction about the design of ...

Research by this working group's takes as a principal aim the study and manufacture of bulk metal glass based copper (Cu-Ni-Zr) by mechanical alloying. First, the characterization of the milled pure copper, Cu-Ni and Cu-Zr ...

Spa: Los avances en el campo de la ciencia de los materiales están contribuyendo a proporcionar soluciones para el reciclaje de residuos industriales para desarrollar nuevos materiales. Tales enfoques generan nuevos ...