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The aim of this study is to develop a framework of approaching the wax control chemical development in a systematic way. This will be done through a three-pronged approach: computer-aided molecular design; chemical synthesis and testing; embedding the molecular-scale chemistry into a continuum-scale model for simulations at the macro-scale. Coarse-grained molecular dynamics (MD) and the computational fluid dynamics (CFD) continuum-level simulation will be used to guide the synthesis of a new chemical, which will be tested against chemical systems from the oilfields. The MD-synthesis-testing steps will be iterative, culminating in the development of an effective wax inhibitor. Information from the MD step will be passed to the continuum-level modeling step for the development of simulation tools of wax formation/inhibition in flow processes, which is my main focus area.
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The spatio-temporal evolution of a jet issuing from a nozzle in a variety of situations will be considered as a representative exemplar flow that exhibits sufficient complexity so as to be practical relevance. Furthermore, experimental and numerically-generated (from simulations) data available from the literature will be used to validate model predictions. Scaling strategies will also be developed to assess the predictive capabilities from lab/pilot scale to industrial-scale applications. Blue and Fluidity are the two codes that the project will rely on. The attached figure shows a numerical simulation using Blue of a water jet forced by a co-flowing annular gas.
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To achieve the project aims, a ‘flexible’ small-scale flow cell will be designed and constructed, and appropriate imaging tools e.g. PIV, LIF, high-speed camera, etc., will be integrated in order to examine system behaviour over a range of parameters, and elucidate mechanisms accounting for inertia, viscosity, capillarity, and the physico-chemical effects arising due to the presence of surfactant. Once the required information is obtained from the small-scale flow cell, further experiments will be conducted on a large-scale rig. There, we will observe the spatio-temporal dynamics that accompany the dynamics associated with parametric changes in the gas and liquid flow rates. The observations made, and, in particular, the effect of surfactant on the transition to flooding and associated phenomena, will be correlated with the small-scale measurements.
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My current research focuses on investigating the link between local red blood cell (RBC) concentration and viscosity in microscale blood flow treated as a multiphase fluid. Blood is composed of RBCs and plasma with flow properties large dependent on the RBCs. RBC properties such as deformability and shear dependent aggregation leads to unusual flow properties, especially through the microvascular networks considered. The research is carried out using a combination of experimental and numerical techniques including blood perfusion and micro particle image velocimetry systems. Improved understanding of microhaemodynamics could have significant impact in better diagnosis and treatment of diseases such as diabetes."
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Dr. Nitesh Bhatia is a Virtual Reality (VR) researcher with a background in Perceptual Computing, Information Design & Human Machine Interface. At Imperial College (UK), he will be working as a Research Associate with Matar Fluids Group under Prof. Omar K. Matar. His role is to help the group in developing an interactive & multimodal VR platform meant for education & teaching. Using this platform, complex fluid dynamics models & simulations can be perceived in an interactive 3D virtual environment, which otherwise can be hard to visualize.
Before joining Imperial College, he worked with a Korean company as a researcher for building a Cloud-based VR & AR platform. His PhD research at the Indian Institute of Science (India) involved the development of a human-centric, virtual ergonomics design & task assessment framework for Virtual Environments. As a User-Interface Designer, he was with the design group of a leading Indian company prior his PhD. He is a graduate of Dhirubhai Ambani Institute of Information & Communication Technology (India) with majors in Distributed Systems. He has also co-founded & managed UX of two social networking startups (currently not-functional) aimed at education & volunteering. He delights in exploring programming languages, computing platforms, & embedded systems. In his leisure time, he is an avid photography & art enthusiast, maintaining a compendium of his creative works through his blog dangling-thoughts.com
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download crack call of duty 4 modern warfare 1 I am research associate on numerical simulation of multiphase flows using front-tracking and domain decomposition methods. Our solver runs on a variety of computer architectures from laptops to supercomputers on 65536 threads or more (limited only by the availability to us of more threads). Our solver also includes modules for flow interaction with immersed solid objects, contact line dynamics, species and thermal transport with phase change.
pcrx registry cleaner crack www.beyond the rack.com Key words: Falling liquid film, droplet impact, direct numerical simulation, multiphase flow, parallel or distributed processing, interface dynamics and front tracking, atomization, Microfluidics,...
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