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, FCVD creates a liquid-like layer that fills narrow trenches on substrates before solidifying into films. We will model this across multiple scales, from atoms to fluid flow, using quantum chemistry
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Industries: Net Zero . Taylor–Couette technology exploits the controlled vortices formed between concentric rotating cylinders to generate intense, well-defined shear and mixing. The fluid flow inside a Taylor
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. The fluid flow inside a Taylor-Couette Reactor (TCR) has been shown to pass through series of instabilities, with flow regimes spanning laminar to Taylor-vortex through to turbulent flow regimes under
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concentrates on global design of the turbomachinery stages for decarbonization. PhD Objectives The overarching objective of the PhD thesis research project is to combine numerical tools with multiple levels
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and hard biofouling – marine organisms that increase drag, weight and thermal resistance – potentially modifying the coupled electro-mechanical-fluid loading and causing fatigue and early failure
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modeling framework will be designed to support multiple downstream applications, including energy flexibility assessment, advanced control strategies (e.g., MPC and RL), and evaluation of renovation and
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decades of research, the interactions between multiple salt types during crystallization—both in bulk and under confinement—remain poorly understood. This PhD project offers an exciting opportunity
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: Evolution of fluid transport properties and element (Li, Sb) mobilisation in hot and supercritical systems. Doctoral Candidate (DC) Number: 06 Work Package Number: 3 Research Field(s) (EURAXESS classification
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(DBHEs), which circulate fluid within a single borehole to exchange heat with the surrounding rock; and open-loop systems, which use injection and production wells to extract hot fluids directly from the
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industrial practice relies heavily on empirical optimisation, leading to inefficiencies in energy use and impurity removal. This PhD project proposes to develop a Coupled Computational Fluid Dynamics-Discrete