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PHD DEVELOPMENT AND EXPERIMENTAL VALIDATION OF UNDERGROUND SAND-BASED THERMAL ENERGY STORAGE SYSTEMS
thermal energy storage (PTES),and face temperature, safety, and land-use limitations. To overcome these challenges, this PhD explores a novel concept of underground solid media thermal energy storage
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structured around three central systems: cities & the built environment, public energy supply systems, and industrial energy systems. The PhD thesis will be carried out within a research project aimed at
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model tests on granular flows.PhD position 2# is supported by an Advanced Grant of the European Research Council (ERC). The ideal candidate will focus on constitutive modelling and numerical simulations
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one of 18 structured Ph.D. programs that provide a defined academic framework while allowing you to develop your own research focus. Applications are submitted for specific projects, and you should meet
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functionalization of these films to achieve multifunctionality (passive radiative cooling, anti-soiling, anti-icing, and light management). You will work closely with consortium members and actively support partners
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functionalization of these films to achieve multifunctionality (passive radiative cooling, anti-soiling, anti-icing, and light management). You will work closely with consortium members and actively support partners
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of this research is to develop structure-property relationship models that can either identify suitable candidates within the existing library or suggest structural motifs for synthesising undiscovered surfactants
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Writing a dissertation in the field of business administration as part of a structured doctoral program at the University of Graz Participation in the institute’s research projects Assistance with
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knowledge of digital methods, particularly in the areas of geometric modelling, architectural and structural simulation and materialisation at various scales Interest and proven skills in digital and manual
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and administrative tasks Your profile Completed subject-related Master's, Magister or Diplom degree programme Proven advanced software user skills in the field of design, 3D modelling, rendering and