Andrés-Amador García Granada, PhD
Head of GEPI Group - Professor
+34932672000
RESEARCH LINES
- Computer tools for CAx engineering support
- Vibrations and damping linked to fatigue and noise.
- High temperature creep.
- Residual stresses
COORDINATOR:
School of Engineering
Industrial Products Engineering Group
Its activity focuses on three main areas: additive manufacturing, reverse engineering, and mechanical characterization of materials.
MEMBER OF:
School of Engineering
Applied Mechanics and Advanced Manufacturing
Its activity focuses on developing scientific-technical research oriented to advanced manufacturing, material engineering and structural performance optimization.
LATEST PROJECTS
Cupons Digital Innovation Hub (Digitalització i automatització indústria farmacèutica)
Indústria 4.0 de testatge de tecnologies digitals avançades
Funding Agency:
Research Group Link:
Industrial Products Engineering Group (GEPI)
PLASTFUN (Planta Piloto de piezas plásticas con superficies funcionales avanzadas)
Industrializar la fabricación de piezas inyectadas de plástico con superficies que dispongan de funciones avanzadas. Esta funcionalidad se debe a la micro/nano texturización de la superficie ya la integración de folios impresos con funcionalidad electrónica.
Foto: Simulación de la inyección de plástico para poder replicar nanotextura del molde y obtener colores por difracción de luz.
Funding Agency:
Research Group Link:
Industrial Products Engineering Group (GEPI)
Applied Mechanics and Advanced Manufacturing (GAM)
LINKED NEWS
Doctoral thesis
Nanostructured Surfaces by Plastic Injection
02/02/2023
Dr Tomás Baldi has recently defended his doctoral thesis at IQS, entitled Manufacturing of nanostructured surfaces by plastic injection molding, in which he managed to obtain nanostructured surfaces through a new plastic injection process.
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Research
Plastic Surfaces with Advanced Functionalities
27/07/2021
Within the Industries of the Future community, IQS has participated in the PLASTFUN project where advanced surface functionalities and their large-scale production have been defined, and now has a validated simulation tool for optimising parameters under industrial conditions.
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Research
Lighter structures with AM/3DP (TRANSPORT)
04/04/2021
Researchers from IQS have participated in the TRANSPORT project, leading the development and optimization activities of "lattice" type structures to achieve lighter parts through 3D printing, thus providing knowledge and experience in the field of additive manufacturing.
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