PostDoctoral position – Computational Modelling of Composite Hydrogen Tanks

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PostDoctoral position – Computational Modelling of Composite Hydrogen Tanks

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Job description

Offer DescriptionThe proposed postdoctoral position is framed within a collaborative project involving the Université libre de Bruxelles (ULB) and the Vrije Universiteit Brussel.The project targets the development of a composite-based solution for hydrogen pressure vessels. The development focuses on the selection of the materials for both the liner and composite overwrap, and in particular on the behavior of their interfaces. The multiple components nature of a hydrogen tank implies the presence of different interfaces, both polymer-polymer (or polymer-composite) and metal-composite. The understanding, control and optimization of these interfaces is key to improve the usage of material in the tank. To achieve this, the project research will combine extensive experimental characterization with numerical modelling.In this frame, the postdoctoral candidate will be in charge of computational aspects, namely (i) the definition of design parameters ranges (materials, geometry) to be used, (ii) the identification of material laws for the composite constituents and their interfaces, and (iii) the modelling associated with the optimization of the metal-composite interfaces.Where to apply E-mailthierry.j.massart@ulb.beRequirementsResearch Field Engineering » Mechanical engineering Education Level PhD or equivalentResearch Field Engineering » Simulation engineering Education Level PhD or equivalentSkills/Qualifications

• PhD Degree in Mechanical Engineering or Materials Science
• Strong background in Nonlinear Solid Mechanics and Computational Mechanics
• Proven background in Composite Modelling
• An experience in image treatment and image-based modelling is a plus

Specific RequirementsThe ideal candidate should have demonstrated record of achievements in computational mechanics. He/She will be able to interact with industrial partners, and will be autonomous in the development of modelling techniques. This includes both the use of commercial modelling softwares (ABAQUS in particular) and the development of specific tools (coding abilities).

A proven sufficient proficiency in English is required.Languages ENGLISH Level GoodResearch Field Engineering » Mechanical engineeringEngineering » Simulation engineeringAdditional InformationBenefits

• Full time salary during one year, renewable once
• Expected starting salary function of the post-PhD seniority of the applicant.
• Full social security benefits

Selection processThe position will remain open until a suitable candidate is recruited.As part of their application, the candidates should send the following documents to the contact email :

• Motivation letter, including availability date for starting working on the project
• CV
• A copy of the PhD Degree
• A selection of the 3 publications most linked to the research proposal, and an explanation of this choice
• Two reference letters

Shortlisted candidates will be interviewed (remotely), where further details about the research project will be discussed.Additional commentsApplication deadline: As soon as possible Website for additional job detailsWork Location(s)Number of offers available 1 Company/Institute Building, Architecture & Town Planning CP 194/2, Université libre de Bruxelles Country Belgium City Brussels Postal Code 1050 Street Avenue F.D. Roosevelt 50 GeofieldContact CityBrussels WebsiteStreetAvenue F.D. Roosevelt 50 – CPI 194/02 Postal Code1050STATUS: EXPIREDShare this page

Expected salary

Location

Bruxelles

Job date

Thu, 14 Nov 2024 06:46:38 GMT

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