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School of Engineering

Applied Mechanics and Advanced Manufacturing

(GAM)

2021 SGR 00531

 

GAM (Group of Applied Mechanics and Advanced Manufacturing) is a multidisciplinary group of scientists and engineers focused on research and problem-solving related to the advanced manufacturing, the development, characterisation and efficient use of engineering-grade materials, and the enhancement of structural performance.

 

The team has proven track record in additive manufacturing (polymers, metals, optimisation, and post-processing), materials science and engineering (composites, fracture, fatigue, impact, nanoindentation, tribology, coatings, and diffraction), and dynamic analysis of structures using artificial intelligence-based approaches.

 

The group is recognised for its contributions related to the thematic areas of development, and the definition and resolution of industrially motivated problems, highlighting its systematic interest in transferring technological innovation to the industry.

In this environment, GAM develops its R&D and technology transfer activities in the following areas:

  • Materials analysis, characterisation, and optimisation
  • Advanced sensing systems
  • Non-destructive testing
  • Development of artificial intelligence-based monitoring systems
  • Industrial testing and remote monitoring
  • Additive manufacturing
  • Design, development, and optimisation of manufacturing processes
  • Forensic and industrial surveys

COORDINATOR:

Marco A. Pérez Martínez, PhD

Head of GAM Group - Associate Professor
+34932672000
marcoantonio.perez@iqs.url.edu
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MEMBERS:

Manuel David Abad Roldán, PhD

Associate Professor
+34932672000
manuel.abad@iqs.url.edu
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BUSINESS SOLUTION AREAS

Industrial product engineering

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LINKED NEWS

Interview

Advanced Monitoring of the Health of Structures
14/04/2023
IQS researcher Josep Font Moré has earned one of the prestigious grants for University Professor Training, with which he will conduct his doctoral thesis where he will explore the advanced monitoring of the health of structures using Machine Learning tools.
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News

IQS and ONA Futura Engage in Joint Research on Seabed Regeneration
16/02/2023
On 16 February, the framework collaboration agreement between IQS and the Ona Futura Foundation was signed with the aim of carrying out joint scientific development projects and studying their environmental and social impacts, with a special focus on protecting and regenerating the Mediterranean Sea.
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Research

Structural solutions through additive manufacturing
01/12/2022
Thanks to the potential of additive manufacturing, IQS researchers have reproduced a wide range of natural shapes and bio-inspired designs to obtain lighter, more sustainable, and more efficient structural solutions.
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Research

Success Story in Strategic Collaboration between Business and University
21/01/2022
IQS and COMSA Corporación have been working together since 2017 on research, technology and knowledge transfer, a successful collaboration that has so far resulted in five research projects and an industrial doctorate.
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Research

New Digital Microscope at IQS to Study Industrial Component Surfaces
26/10/2021
The SEAT-IQS Applied Mechanics Laboratory has recently acquired a new Olympus DSX1000 digital microscope, the latest addition to the various advanced inspection and non-destructive analysis equipment that the laboratory features.
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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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LATEST PROJECTS

Equidental (Desarrollo de equipos de tratamientos superficiales avanzados para la mejora funcional de componentes de implantología dental)

Desarrollo de recubrimientos específicos para implantología dental mediante Physical Vapor Deposition (PVD) de magnetron sputtering.
Funding Agency:
Research Group Link:
Applied Mechanics and Advanced Manufacturing (GAM)
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GRIM (Desarrollo de microestructuras metálicas celulares tipo gyroid mediante fabricación por filamento fundido)

Microestructuras metálicas celulares tipo gyroid mediante fabricación por filamento fundido.
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Research Group Link:
Applied Mechanics and Advanced Manufacturing (GAM)
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Validació, transferència i explotació de biòtops actius per a la regeneració de la biodiversitat marina
Funding Agency:
Research Group Link:
Applied Mechanics and Advanced Manufacturing (GAM)
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