AMADE-UdG Research Group

AMADE-UdG Research Group

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AMADE IS A YOUNG AND GROWING COMPOSITE TESTING LABORATORY IN THE TECHNOLOGICAL PARK OF GIRONA (SPAIN).

AMADE (Analysis and Advanced Materials for Structural Design) is a research and technology transfer group of the University of Girona devoted to the mechanics of materials and structures with a specific focus on fibre-reinforced composite materials. The mission of AMADE is to perform and disseminate applied research and to transfer it to end user companies, as well as spreading it among students.

AMADE-UdG | New paper: On how unsymmetrical laminate designs with tailored ply clusters affect compression after impact strength compared to symmetric baseline 16/06/2020

Our colleague Aravind Sasikumar et al. present a study considering how
unsymmetrical stacking sequences can be useful to improve damage resistance under
out-of-plane impact loading.

AMADE-UdG | New paper: On how unsymmetrical laminate designs with tailored ply clusters affect compression after impact strength compared to symmetric baseline 11 Jun New paper: On how unsymmetrical laminate designs with tailored ply clusters affect compression after impact strength compared to symmetric baseline Posted at 08:56h in news by amade-admin The new paper “On how unsymmetrical laminate designs with tailored ply clusters affect compression afte...

11/06/2020

Our young researcher Javi Gómez publishes in Materials: Characterization and Simulation of the Bond Response of NSM FRP Reinforcement in Concrete.

AMADE-UdG | Unsymmetrical stacking sequences as a novel approach to tailor damage resistance under out-of-plane impact loading 29/04/2019

New paper!
Unsymmetrical stacking sequences as a novel approach to tailor damage resistance under out-of-plane impact loading

AMADE-UdG | Unsymmetrical stacking sequences as a novel approach to tailor damage resistance under out-of-plane impact loading 29 Abr Unsymmetrical stacking sequences as a novel approach to tailor damage resistance under out-of-plane impact loading Posted at 10:41h in news by amade-admin It can be said that it is common wisdom that laminates must be symmetric. However, in some special cases, the use of unsymmetrical laminat...

AMADE-UdG | Virtual calculation of the B-value allowables of notched composite laminates. 29/04/2019

New paper!
Virtual calculation of the B-value allowables of notched composite laminates.

AMADE-UdG | Virtual calculation of the B-value allowables of notched composite laminates. 29 Abr Virtual calculation of the B-value allowables of notched composite laminates. Posted at 10:31h in news by amade-admin The Composite Structures issue of last March includes a paper that addresses the problem of defining the design parameters (B-basis design allowables) that are to be used in n...

AMADE-UdG | Presentation of the PhD dissertation “Analysis and development of experimental characterization methodologies of mode II fracture toughness on CFRP bonded joints” by Magdalena Pérez Galmés 31/07/2018

AMADE is happy to announce that a new PhD dissertation has been successfully presented. Congratulations to Magdalena Pérez!

AMADE-UdG | Presentation of the PhD dissertation “Analysis and development of experimental characterization methodologies of mode II fracture toughness on CFRP bonded joints” by Magdalena Pérez Galmés 31 Jul Presentation of the PhD dissertation “Analysis and development of experimental characterization methodologies of mode II fracture toughness on CFRP bonded joints” by Magdalena Pérez Galmés Posted at 00:16h in news by amade-admin Once again, AMADE is happy to announce that a new PhD diss...

AMADE-UdG | Presentation of the PhD dissertation “Development of efficient testing methods and cohesive zone models for analyzing fatigue-driven delamination in 3D laminated composite structures” by Laura Carreras Blasco 31/07/2018

New PhD dissertation! Congratulations to Laura Carreras!

AMADE-UdG | Presentation of the PhD dissertation “Development of efficient testing methods and cohesive zone models for analyzing fatigue-driven delamination in 3D laminated composite structures” by Laura Carreras Blasco 27 Jul Presentation of the PhD dissertation “Development of efficient testing methods and cohesive zone models for analyzing fatigue-driven delamination in 3D laminated composite structures” by Laura Carreras Blasco Posted at 00:09h in news by amade-admin AMADE is pleased to congratulate Laura C...

AMADE-UdG | RESEARCH STAY OF JORDI LLOBET IN AALBORG (DENMARK) 15/07/2018

Make the most of a research stay: That is what Jordi Llobet did in the University of Aalborg (Denmark).

AMADE-UdG | RESEARCH STAY OF JORDI LLOBET IN AALBORG (DENMARK) 15 Jul RESEARCH STAY OF JORDI LLOBET IN AALBORG (DENMARK) Posted at 22:55h in news by amade-admin Make the most of a research stay: That’s waht Jordi Llobet has done in the University of Aalborg (Denmark) under supervision of Dr. Esben Lindgaard. Three months till June 1 have been invested in deve...

AMADE-UdG | ESMC 2018. Presentation: On how matrix cracking induce delamination under out-of-plane shear: ply-thickness effect 15/07/2018

Conference in the beautiful city of Bologna: providing insight into how damage evolves in carbon/epoxy laminates.

AMADE-UdG | ESMC 2018. Presentation: On how matrix cracking induce delamination under out-of-plane shear: ply-thickness effect 15 Jul ESMC 2018. Presentation: On how matrix cracking induce delamination under out-of-plane shear: ply-thickness effect Posted at 21:26h in news by amade-admin Santiago García has been in the ESMC 2018 – 10th European Solid Mechanics Conference, held in Bologna (Italy) from July 2 to 6 presenti...

AMADE-UdG | ICFC7. Presentation: Progressive Damage Modelling of open-hole carbon/epoxy laminates under tension-tension fatigue loadings 15/07/2018

New contribution in the International Conference on Fatigue of Composite Materials!

AMADE-UdG | ICFC7. Presentation: Progressive Damage Modelling of open-hole carbon/epoxy laminates under tension-tension fatigue loadings 15 Jul ICFC7. Presentation: Progressive Damage Modelling of open-hole carbon/epoxy laminates under tension-tension fatigue loadings Posted at 21:38h in news by amade-admin The contribution “Progressive Damage Modelling of open-hole carbon/epoxy laminates under tension-tension fatigue loadings” b...

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