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teopisca, mexico
It's currently 12:48 AM here
Joined September 12, 2017
0 Recommendations
Jose Alfredo G.
@IngFredo
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teopisca, mexico
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Jobs Completed
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Diseñador Mecánico
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Portfolio
Portfolio
Machine design
Machine design
Machine design
Machine design
Specimen design
Rubber bushing simulation
Machine design
Machine design
Machine design
Machine design
Specimen design
Rubber bushing simulation
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€8.00 EUR
Engineering
CAD/CAM
Finite Element Analysis
Mathematics
3D Modelling
+1 more
M
•
Experience
Product and design engineer
Feb 2015 - Jun 2017 (2 years, 4 months)
Design and simulation of rubber bushing for light trucks suspension, new products development, 3D models generation, 2D drawings to manufacturing, solidworks user, finite element analysis to hyperelastic materials, Abaqus CAE user, IMDS plattform basic knowledge, fast prototyping build with 3D printing, tooling manufacture, develop and test for prototype.
Junior Designer
Jan 2014 - Jan 2015 (1 year)
Development and manufacture of a machine for the mechanical characterization of polymeric materials, applied to the design of anti-vibration parts, design and manufacture of testing machine for hyperelastic materials. Design the rubber test specimen using finite element analysis, and analysis the mechanical resist of machine structure.
Education
Maestría en ciencias en ingeniería mecánica
(2 years)
Ingeniero Mecánico
(4 years)
Qualifications
Abaqus CAE Introduction Course
Dassault Systems
2015
Curso de simulación, utilizando el método de los elementos finitos y el software ABAQUS CAE
Rubber Fatigue Analysis with Endurica CL
Endurica CL
2016
Rubber Fatigue simulation with endurica
The Cambridge Tribology Course
Cambridge University
2016
Tribology Course
Publications
Diseño de un espécimen para ensayos biaxiales
Academia journal
En este trabajo se presenta el estudio de las propiedades mecánicas de un material polimérico e hiperelástico, usado en la fabricación de partes antivibratorias aplicadas al sector automotriz.
Desarrollo de un sistema para la caracterización mecánica de materiales polimericos
Congresso de Métodos Numéricos em Engenharia
Se desarrolló una máquina de pruebas experimentales con la finalidad de llevar acabo la caracterización mecánica de materiales hiper-elásticos, específicamente la obtención de la curva esfuerzo-deformación biaxial, dichas propiedades mecánicas son utilizadas en el diseño y fabricación de bujes antivibratorios aplicados al sector automotriz.
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