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sensor data, and (iii) sophisticated fatigue analysis models combining advanced fracture mechanics with crack initiation and growth simulation. Additionally, you will explore fatigue mitigation strategies
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materials, the mechanics of fragility in collagen, the mechanics of earthquakes, fracture of soft materials, and modeling failure in multiphysical processes such as corrosion-driven degradation of concrete
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plasticity, shell stability, fracture mechanics, fatigue, structural dynamics, and vibration. Practical experience in applying the finite element method. Ability to define load cases, boundary conditions, load
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the coefficient of thermal expansion (CTE), Young's modulus, Poisson's ratio, stress–strain behaviour, and fracture energy; (ii) the dynamic observation of microcrack initiation, closure, and
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Precipitation (MICP) is a process used in geotechnical engineering and heritage preservation to improve the mechanical properties of low-cohesive soils and porous granular media, or to heal fractures that form in
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modeling, lifetime prediction, and assessment of material integrity. Thermo-mechanical characterization, focusing on fracture behavior, performance under extreme conditions (temperature and speed), and
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modeling, lifetime prediction, and assessment of material integrity. Thermo-mechanical characterization, focusing on fracture behavior, performance under extreme conditions (temperature and speed), and
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of fractured rock and the evolution of its mechanical properties, with application to low- to medium-enthalpy geothermal reservoirs. Using laboratory experiments and numerical modelling, the study seeks
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interaction processes, serpentinization, and seismicity. However, the mechanisms controlling seismicity and hydrogen migration remain uncertain. The doctoral thesis will analyze diagnostic seismological
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engineering and engineering mechanics are encouraged to apply. Candidates with research emphasis and interests in the areas of (1) fatigue and fracture mechanics and (2) solid mechanics and materials