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mats will be developed using the Multi-Particle Finite Element Method (MPFEM), each fiber being represented as a deformable finite-element body, interacting with its neighbours through contact/cohesive
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perform 3D numerical modeling of seismo-acoustic wave propagation in 2 coastal environments with different environment properties, by relying on HPC and a full-wave method (spectral-element method
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dynamics techniques • Finite element analysis method • Reviewing literature, planning and managing research, writing technical report / paper, presenting in meetings / conferences, teamwork, etc
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and validation experiments for modelling • Temperature monitoring techniques • Finite element analysis method • Reviewing literature, planning and managing research, writing technical report
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polymers; experience with fatigue testing is desired. Theoretical knowledge and skills in the modelling of (failure) of fiber reinforced composites. Experience with the finite element method and programming
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, computational mechanics and/or biomechanics. Strong knowledge of continuum mechanics and the Finite Element Method (FEM), solid programming skills (e.g. Python, Matlab), and experience with AI
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transitions and fusion zones. Utilize Finite Element Method (FEM) software (e.g., COMSOL) to perform thermal analysis, modeling heat distribution and dissipation in high-power operational conditions. Define
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and strength analysis, including the finite element method (FEM). Ability to use measuring instruments and prepare scientific publications in accordance with the publishing standards of international
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physical principles of acoustics and the related numerical modelling techniques, such as the Finite Element Method (FEM), Boundary Element Method (BEM), and/or with the basic principles of Machine
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structural testing, nonlinear finite element modelling, manufacturing-aware optimisation and AI-informed modelling. The project aims to develop lighter, more efficient structural profiles, targeting