No edit summary
(Normalize galleries)
 
(28 intermediate revisions by 3 users not shown)
Line 1: Line 1:
[[Image:Foto_1.jpg|thumb|90xp|]]


{{User data}}


<big>'''''Biography'''''</big>
==<big>'''''Biography'''''</big>==


Born and raised in Resende- RJ graduated in mechanical engineering at Fluminense Federal University (UFF) in Volta Redonda – RJ, with a master’s degree in mechanical engineering at São Paulo State University (Unesp) Guaratinguetá – SP. Nowadays I`m a doctoral student in mechanical engineering at Unesp. In Unesp I work with materials characterization and design equipment for materials processing, with a focus on low-cost types of equipment for research and schools.  
Born and raised in Resende- RJ graduated in mechanical engineering at Fluminense Federal University (UFF [http://engenhariavr.uff.br/]) in Volta Redonda – RJ, with a master’s degree in mechanical engineering at São Paulo State University (Unesp[https://www2.unesp.br/portal#!/propg/graduate-programs/mechanical-engineering/]) Guaratinguetá – SP. Nowadays I`m a doctoral student in mechanical engineering at Unesp. In Unesp I work with materials characterization and design equipment for materials processing, with a focus on low-cost types of equipment for research and schools.  






<big>'''''Current Research Projects and tutoring students'''''</big>
==<big>'''''Current Research Projects and tutoring students'''''</big>==


*Low-cost viscosimeter to Al-Si alloy – Tutor’s scholarship (CNPq)
===*Low-cost viscosimeter to Al-Si alloy===
*Directional solidification furnace to metal foam, liquid route and using CaCO3 - Tutor’s scholarship (CNPq)
Tutor’s scholarship (CNPq [http://www.cnpq.br/])
*Particle size analysis for a shredder designed to polymers - Tutor’s scholarship (CNPq)
*3D filament extruder – pupil scholarship (Fapesp)
*3D printer and 3D filament extruder to use for development of scholar materials – pupil scholarship (CNPq)
*Low-cost Rotating Pure-Beam Fatigue Machine – Laboratory supplies (CNPq)


===*Directional solidification furnace to metal foam, liquid route and using CaCO3===
Tutor’s scholarship (CNPq)[http://www.cnpq.br/]


===*Particle size analysis for a shredder designed to polymers===
Tutor’s scholarship (CNPq)[http://www.cnpq.br/]
<gallery>
Image:Shredder tief.jpg|Fig 1:Shredder's teeth
</gallery>
===*3D filament extruder===
Pupil scholarship (Fapesp [http://www.fapesp.br/])
<gallery>
Image:3D Filament extruder.jpg|Fig 2a: The 3d filament extruder almost finished
Image:Foto 4.jpg|Fig 2b: Diameter controler system
</gallery>


<big>'''''Supplies'''''</big>
===*3D printer and 3D filament extruder to use for development of scholar materials===
Pupil scholarship (CNPq)[http://www.cnpq.br/]


Laboratory - National Council for Scientific and Technological Development (CNPq) – Number 305959/2017-4
 
===*Low-cost Rotating Pure-Beam Fatigue Machine===
Laboratory supplies (CNPq)[http://www.cnpq.br/]
 
 
 
==<big>'''''Supplies'''''</big>==
 
Laboratory - National Council for Scientific and Technological Development (CNPq [http://www.cnpq.br/]) – Number 305959/2017-4
My scholarship – CNPq – Number 168694/2018-2
My scholarship – CNPq – Number 168694/2018-2






<big>'''''Completed Projects'''''</big>
==<big>'''''Completed Projects'''''</big>==


Analysis of Aluminum foam using Alporas methodology and Calcium carbonate with foam agent - Scholarship - Coordination for the Improvement of Higher Education Personnel (CAPES)
===Analysis of Aluminum foam using Alporas methodology and Calcium carbonate with foam agent===
Scholarship - Coordination for the Improvement of Higher Education Personnel (CAPES [https://www.capes.gov.br/])
<gallery>
Image:Foto 5.jpg|Fig 3a: Furnace to process
Image:Foto 6.jpg|Fig 3b: Aluminum foam sample
Image:Mechanical test sample.jpg|Fig 3c: Mechanical test sample
</gallery>






<big>'''''Thesis'''''</big>
==<big>'''''Thesis'''''</big>==


Control and characterization of morphology, distribution and size pores of aluminum foams using different silicon concentrates
Control and characterization of morphology, distribution and size pores of aluminum foams using different silicon concentrates
[[Image:Aluminum_foam_sample.jpg]]

Latest revision as of 00:55, 3 May 2022

Foto 1.jpg
FA user icon.svg Angle down icon.svg User data
Name Maurício de Oliveira Filho
Registered 2020
Create your first content page

Biography[edit | edit source]

Born and raised in Resende- RJ graduated in mechanical engineering at Fluminense Federal University (UFF [1]) in Volta Redonda – RJ, with a master’s degree in mechanical engineering at São Paulo State University (Unesp[2]) Guaratinguetá – SP. Nowadays I`m a doctoral student in mechanical engineering at Unesp. In Unesp I work with materials characterization and design equipment for materials processing, with a focus on low-cost types of equipment for research and schools.


Current Research Projects and tutoring students[edit | edit source]

*Low-cost viscosimeter to Al-Si alloy[edit | edit source]

Tutor’s scholarship (CNPq [3])

*Directional solidification furnace to metal foam, liquid route and using CaCO3[edit | edit source]

Tutor’s scholarship (CNPq)[4]

*Particle size analysis for a shredder designed to polymers[edit | edit source]

Tutor’s scholarship (CNPq)[5]

*3D filament extruder[edit | edit source]

Pupil scholarship (Fapesp [6])

*3D printer and 3D filament extruder to use for development of scholar materials[edit | edit source]

Pupil scholarship (CNPq)[7]


*Low-cost Rotating Pure-Beam Fatigue Machine[edit | edit source]

Laboratory supplies (CNPq)[8]


Supplies[edit | edit source]

Laboratory - National Council for Scientific and Technological Development (CNPq [9]) – Number 305959/2017-4 My scholarship – CNPq – Number 168694/2018-2


Completed Projects[edit | edit source]

Analysis of Aluminum foam using Alporas methodology and Calcium carbonate with foam agent[edit | edit source]

Scholarship - Coordination for the Improvement of Higher Education Personnel (CAPES [10])


Thesis[edit | edit source]

Control and characterization of morphology, distribution and size pores of aluminum foams using different silicon concentrates

Cookies help us deliver our services. By using our services, you agree to our use of cookies.