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to prepare the role holder to take on more responsibilities in the future. The role holder will: Implement bespoke, or use off-the-shelf, finite element models on variable geometry and variable
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probability, combinatorial optimisation, discrete geometry, and computational combinatorics. The main supervisor for this project will be Dr. Maryam Sharifzadeh, and the successful applicant will also have
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-based waste from various industrial sources. Synthesis of tailored transition-metal nano-catalyst particles with controlled size / geometry, and/or morphology. Fabrication of nanostructured catalytic
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multidisciplinary team to: Extend simulation frameworks: Build upon our existing larva simulation to incorporate more detailed muscular geometry, improved dynamics, and better integration with experimental data
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advantage of shear alignment in Direct Ink Writing, the role holder with tailor the spatial distribution of nematic directors in Liquid Crystal Elastomers (LCEs) in order to morph 2D printed geometries
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for fluid dynamics, mixing, and reaction kinetics in the CSTR. Implement advanced numerical schemes and perform high-resolution CFD simulations of two-phase flow. Optimize impeller geometry and reactor design
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flexibility in shaping complex geometries. These three latter leverage DIW to deposit material within a gel-based reusable support medium to enable the fabrication of support-free 3D/4D structures. This process
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Matter” (VILLUM Young Investigator) led by Assistant Professor Apoorv Tiwari, “The Emergent Geometry of Categories” (DFF Sapere Aude) led by Associate Professor Fabian Haiden, “From Pertubative to Non
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for aerodynamic sound sources, sound propagation in atmosphere and effect of the reflection from the ground. We will investigate and quantify the critical role of turbine blade geometry and blade
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) Development of next-generation of membrane supports utilizing additive manufacturing techniques to achieve precise porosity orientation and complex geometries. (iv) Design and synthesis of innovative ultra- and