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of Glass Reinforced Epoxy (GRE) pipelines networks, often emerging as a primary source of failure. The project aims to contribute to this global effort by studying the effect of different defects inside
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). Field of study: Adhesive joints pose a significant challenge in ensuring the integrity of Glass Reinforced Epoxy (GRE) pipelines networks, often emerging as a primary source of failure. The main challenge is to
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primary source of failure. The project aims to contribute to this global effort by studying the effect of different defects inside the adhesive bonded joints on the integrity of the joints. The project will
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believe adequately engineered and designed thermoplastic carbon fiber technology can be beneficial. The project will be organized around 3 main activities: • Understanding the diffusion paths and cavitation
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engaged in student mentoring (directed research, Masters thesis students). He/She will also be in charge of developing further the facilities of the laboratory. The candidate will also be in charge of
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. The project will be organized around 3 main activities: • Understanding the diffusion paths and cavitation in thermoplastic liners. • Optimize the processing parameters for thermoplastic carbon-fiber walls
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the current storage and transportation technologies, to which we believe adequately engineered and designed thermoplastic carbon fiber technology can be beneficial. The project will be organized around 3 main
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expertise incorporates three main areas: Design of materials in representative environments of energy applications: In-situ testing facilities and characterization techniques (Generation of unique databases
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the usage of existing solutions in demanding Energy and Mobility applications. Our laboratory expertise incorporates three main areas: Design of materials in representative environments of energy applications
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applications. Our laboratory expertise incorporates three main areas: Design of materials in representative environments of energy applications: In-situ testing facilities and characterization techniques