Sort by
Refine Your Search
-
Category
-
Field
-
responsible for pressure generation and the physical factors limiting eversion. Finally, the experimental data will be integrated into a biophysical model linking pressure, geometry, and tissue mechanical
-
strains) and assess their role in CaCO3 dissolution, before and after pressurisation. • Develop and run multiphysics numerical models in COMSOL (3D geometries from tomography, transport–reaction coupling
-
sources to test advanced inertial fusion concepts, particularly in direct-drive geometries. This thesis is part of this effort, exploring the use of broadband inco-herent sources to drive the implosion
-
of numerical models to study acoustic and optical interactions in metasurfaces, using in-house codes and COMSOL Multiphysics software. 2. Geometry and Material Optimization: Systematic exploration of structural
-
properties of the fault zone, or processes driven by fluids and chemical reactions. The ultimate goal is to reduce uncertainty regarding the presence, geometry, and dynamics of hydrogen-generating zones, and
-
controlled conditions. Existing systems greatly simplify the geometry, connectivity, and deformability of real vascular networks. The successful candidate will design and fabricate, mainly in PDMS, reticulate
-
developed separately -In this interdisciplinary thesis, the aim is to develop a programmable material-machine capable of deforming into a target geometry (when subjected to internal negative pressure). We
-
, molecular assemblies — are out-of-equilibrium systems whose dynamics emerge from the coupling between stochastic fluctuations, internal forces, collective interactions, and geometry. Their quantitative
-
rotor/stator configurations, one may rely on RANS simulations with mixing planes, hybrid RANS/LES approaches, LES on simplified geometries, or LES of the full geometry. In practice, the choice of the most
-
: • To design and optimize an electrolyzer that simultaneously promotes mass transfer, contaminant degradation, and gas recovery; • Study the influence of operating parameters (current density, reactor geometry