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these synthetic microstructures is far from trivial. Significant challenges come from the requirements that the crystals should have realistic shapes, their sizes should match a particular grain size
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application scale. A combination of modelling techniques will be employed, including a cluster dynamics model, crystal plasticity and a probabilistic brittle failure model. The modelling framework will be
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Professor of Interfacial Flows in the Fluids and Flows group in the Department of Applied Physics at TU/e. Her team focuses on capillary flow phenomena in liquids containing biological or living matter. Job
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(paper sheets) are thin (hundred micrometer) and liquid uptake occurs very fast (in the millisecond domain). Recently, a breakthrough NMR-imaging technique has been developed at the TU/e (UFI-NMR) allowing
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to implement PQC accelerators for Crystal-Kyber, NTRU and Saber PQC quantum-resistant public key, signature and key encapsulation mechanism (KEM) system. To analyse the interdependence between hardware