CV Lattes
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Universidade Federal de São Carlos (UFSCAR). Centro de Ciências Exatas e de Tecnologia (CCET) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Adjunct Professor at the Department of Materials Engineering (DEMa) at the Federal University of São Carlos (UFSCar), starting his activities at this institution in 2016. He is currently coordinator of the Graduate Program in Materials Science and Engineering (PPG- CEM) from UFSCar. He holds a degree in Materials Engineering from the Federal University of São Carlos (2011), a master's degree (2013) and a doctorate (2016) in Materials Science and Engineering from the PPG-CEM/UFSCar (CAPES 7). Held a sandwich doctorate for 01 year, 06 months at the Foundation Institute for Materials Science of the University of Bremen (IWT, Universiät Bremen), Germany, and 06 months at the Laboratory of Electrochemistry and Physico-chemistry of Materials and Interfaces at the Polytechnic Institute of Grenoble (LEPMI, Grenoble INP), France. In 2016, he held a postdoctoral position at DEMa/UFSCar with funding from FAPESP. Between February 2020 and January 2021, he carried out a Post-Doctoratal research abroad at the University of Grenoble Alpes, in Grenoble, France with CAPES funding, through an international collaboration project CAPES/COFECUB (FRENCH EVALUATION COMMITTEE OF UNIVERSITY COOPERATION WITH BRAZIL). His subjects of interest are: Metallic materials for hydrogen storage; Design of new metallic alloys for hydrogen storage; Design of metallic alloys assisted by computational methods; Casting processes with emphasis on the spray forming process; Development of corrosion and wear resistant alloys; Processing and physical metallurgy of high entropy alloys. (Source: Lattes Curriculum)
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Amid concerns about the finite reserves of fossil fuels and their environmental impacts, hydrogen emerges as a promising alternative. However, ensuring its safe and efficient storage remains a challenge. In this context, metal hydrides enable hydrogen storage in the solid state at low pressures. Body-centered cubic (BCC) multicomponent alloys are notable for their flexibility in varying p…
Hydrogen is a viable alternative to fossil fuels because it is an energy vector of clean and renewable sources. However, its use is still dependent on the development of safe and efficient storage and transportation systems. An efficient way to store H2 is in the solid state through metal hydrides. Multicomponent alloys of the Ti-V-Nb-Cr system, for example, are capable of reversibly reac…
Green hydrogen is a potential energetic vector capable of storing and spreading energy from a variety number of renewable sources. Nonetheless, the storage and transportation of large amounts of hydrogen is a huge technological challenge to be overcome. Hydrogen storage in multicomponent alloys (MCAs) that can form multicomponent metal hydrides (MCMHs) has been investigated, since the vas…
The widespread use of fossil fuels raises concerns in a scenario of increasing energy demand and environmental impacts. Hydrogen presents promising characteristics for a sustainable economy, being an energy carrier that can be produced through water electrolysis using energy obtained from renewable sources, and its combustion results only in water. However, efficient and safe hydrogen sto…
Hydrogen energy is considered promising for a sustainable economy amid climate change. Hydrogen is an efficient energy vector for energies produced from renewable and environmentally clean sources, such as solar energy and wind power. Despite the hydrogen economy holding a promising prospect for a more environmentally friendly energy sector, the safe and economically viable transition to …
There is a global effort to meet the growing energy demand and, at the same time, reduce the consumption of fossil fuels. Using hydrogen as an energy carrier is one of the most promising solutions, but its efficient and safe storage is still an obstacle to its use on a large scale. In this scenario, the solid-state hydrogen storage, especially through metal hydrides, is very advantageous,…
(Only some records are available in English at this moment)
The negative climate changes caused by fossil fuels has driven the development of technologies that favor the use of low carbon emission hydrogen. Researchers are focusing on strategies to produce this energy vector in such a way that it does not compromise both industry and environment. Since hydrogen is a low-density gas, its storage is also a challenge. Metal hydrides are one of the ma…
The use of hydrogen as an energy carrier is a clean and sustainable alternative to meet rising energy demands without causing further environmental damage. However, hydrogen storage is another major challenge that must be overcome to allow its safe and efficient use. The storage of hydrogen in the solid state through metal hydrides is extremely promising in this scenario. Among the numero…
Developing safe, reliable, efficient and cost-effective materials for hydrogen storage is a scientific and technological challenge that must be overcome to leverage a clean and renewable hydrogen-based energy system. Several papers have shown that metal hydrides, such as MgH2 and TiFeH, for instance, are promising materials for this application. Recently, it was shown that the equiatomic …
Developing safe, reliable, efficient and cost-effective materials for hydrogen storage is a scientific and technological challenge that must be overcome to leverage a clean and renewable hydrogen-based energy system. Several papers have shown that metal hydrides, such as MgH2 and TiFeH, for instance, are promising materials for this application. Recently, it was shown that the equiatomic …
(Only some records are available in English at this moment)
| 1 / 1 | Completed research grants |
| 3 / 3 | Ongoing scholarships in Brazil |
| 18 / 18 | Completed scholarships in Brazil |
| 1 / 1 | Ongoing scholarships abroad |
| 5 / 5 | Completed scholarships abroad |
| 28 / 28 | All research grants and scholarships |
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