- Research Grants
Research Supported by FAPESP assembles referential information of scholarships and research grants from various research modalities, awarded by FAPESP.
Concerning projects carried out in research institutions abroad, FAPESP encourages granted researchers to develop collaborative research with renowned partner organizations from other countries, such as the institution abroad .
The display board "FAPESP Support in Numbers" presents the number of ongoing or concluded scholarships and research grants, awarded by the Foundation, in cooperation with the institution abroad Max Planck Society, Dusseldorf. In the center of the page, you will see some information on those awarded scholarships and research grants.
Use the "Refine results" list of options to filter information on awarded research in cooperation with the research institution abroad Max Planck Society, Dusseldorf and to get results that are more specific for your search, according to the following parameters: type of Research Grants, modalities of Scholarships, Field of Knowledge and Start Date.
The Maps and Graphs show the geographical distribution of FAPESP sponsorship in the State of São Paulo and the historical sequence of funded research, by year, of the ongoing projects from the cooperation with the research institution abroad Max Planck Society, Dusseldorf.
In the last decades, advanced high strength steels (AHSS) have been widely used in automotive industries due to their outstanding mechanical properties. These steels are based on Fe-Mn-C system and combine good strength and ductility. During deformation, Fe-Mn-C steels present several complex work hardening mechanisms, which are closely related to their metallurgical parameters. Among s...
This work seeks to study the durability of nanostructured electrocatalysts in the form of ternary alloys and core - shell structures based on Pt, Sn and Ni in different supports that optimize the performance of the anodes in the oxidation of ethanol, aiming at its application in direct ethanol fuel cell. The materials were prepared by the polymeric precursors method (ternary alloys) and...
The aim of the present project is to evaluate the microstructural stability of two Eurofer-type ferritic-martensitic steels. These steels are potential candidates for high-temperature structural applications in future ITER nuclear fusion reactors. One of them is an oxide dispersion strengthened steel named ODS-Eurofer steel. The second steel has chemical composition close to the ODS-Eur...
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