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Field
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MD or MD/PhD) Skills and abilities • Prior experience with mammalian tissue culture, DNA/RNA molecular assays, protein biology, mouse models, and omics datasets is desired • Exceptional
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excellence of NTU and attracting interest of more industrial collaborators. Key Responsibilities: Develop a new and robust numerical model with lattice Boltzmann method to simulate flow and heat transfer with
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-boundary value problem is reformulated in such a way that loads, boundary conditions and constitutive models are completely or partially replaced by some form of experimental data. The research activities
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dynamic thermal simulation of buildings with standard lightweight façades. Development of an innovative numerical model in EnergyPlus that allows for the simulation of buildings with dynamic thermal
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machine learning methods, including cluster analysis and predictive modeling, to identify distinct phenotypes of diabetes and characterize factors associated with disease onset, progression, complications
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. Two related projects are currently underway at NCTR investigating this compound. The first examines histological and molecular endpoints in a guinea pig model, while the second focuses on behavioral
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(measuring effective permeability, diffusion, and adsorption) in rock samples with nano-Darcy permeability with analytical or numerical modeling to investigate how dynamic stress-sensitivity governs macro
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(Italy) and IRD (France). The topic is the measurement of waves, and the turbulent mixing and entrainment of air bubbles and oil droplets, with the aim of improving existing modelling tools for marine oil
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correlated restless bandit models. You will collaborate with leading investigators across Melbourne, RMIT and Spain, developing your independent research profile. You will also co-supervise research students
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of waves, and the turbulent mixing and entrainment of air bubbles and oil droplets, with the aim of improving existing modelling tools for marine oil spills. The Post.Doc. will be a key person in the project