Flow - Mathematical models
On The Impact Of Pressure Drop On Human Body With Mathematical Models
... blood flow has been developed in the present model with a view to correlate the finding with its impact on higher altitude [for the benefit of mountaineer or service, personnel getting inducted onto higher ...to ...
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Mathematical models for educational simulation of cardiovascular pathophysiology
... Corrections. Neither Sá Couto et al. (1) nor Goodwin et al. (2) explicitly state if the MAP input to the baroreflex model is taken from the intrathoracic or extrathoracic arteries compartment. Both model code ...
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Comparison of Different Mathematical Models of Cavitation
... one–fluid models assume that the conservation equations of the mixture of vapor and liquid are ...cavitating flow is most often assumed to be isothermal, only the mass and momentum conservation equation are ...
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The use of mathematical models and autonomous underwater vehicles to monitor effluent discharges
... Following the CTD profile acquisition, the text file produced can be loaded from the application using the “Load CTD File” button. A similar process to the one used for ADCP profile generation selects the sensor relevant ...
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A study of flow-based models for the electric vehicle routing problem
... This example is small - we only have 4 different places to consider - and so it is relatively easy to find the optimal solution without needing any other help besides our (or someone else’s) knowledge of Lisbon. What ...
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Adapting Dynamic Mathematical Models to a Pilot Anaerobic Digestion Reactor
... A dynamic model has been adapted to a pilot anaero- bic reactor fed dairy manure using steady-state and dy- namic operational data. The model is a modification of a model originally developed by Hill (1983). The model is ...
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Comparing non-linear mathematical models to describe growth of different animals
... Traditionally, mathematical models have been applied to describe growth-age relationship in ...these models is their ability to describe the weight gain and evaluate some interesting biological ...
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Parameterising the grounding line in flow-line ice sheet models
... sheet models must include a re- alistic representation of the motion of the grounding ...in models where computations are carried out at fixed hor- izontal locations exhibits strongly resolution-dependent ...
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Participatory Surveillance and Mathematical Models in Epidemiologic Research: Successes and Challenges
... Although people living in malaria endemic regions typically carry Plasmod- ium falciparum parasites throughout life, clinical symptoms decrease markedly with age (Doolan et al., 2009). Naturally acquired immunity to the ...
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Mathematical Models in Cancer
... First, the ease with which one can apply mathematics to real-life phenomena is indu- bitably one of the features that has made applied mathematics such a valuable field. Specifically, deriving systems of differential ...
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Probabilistic models for estimation extreme values of watershed flow rates
... High water needs by world population has required larger exploitation of rivers causing demand conflicts and environmental impacts due to water availability shortage. Such pressure on water resources imposes higher needs ...
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MATHEMATICAL PROGRAMMING ELEMENTS: ITS APPLICATION TO THE OPTIMUM POWER FLOW PROBLEM
... All these expressions, however, should be according to the main hypotheses of the linear programming, in other words, all the relations between the variables should be linear. This implies in the proportionality of the ...
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Automated Production Flow Line Failure Rate Mathematical Analysis with Probability Theory
... The mathematical form of productivity with average reliability for station and mechanism is still not very accurate to express the actual productivity since the different failure rates during automated line are ...
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Mathematical Model for Fluid Flow and Heat Transfer Processes in Plate Exchanger
... turbulent flow of incompressible heated fluid (20-300 o C) in chanel with rectangular cross section between two parallel plates, [1], [3], but in this paper next relations are in use: ...
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Stochastic Measurement Models for Quantifying Lymphocyte Responses Using Flow Cytometry.
... by flow cytometry using fluorescent probes is a major method for measuring progression of lymphocyte responses, both in vitro and in ...turn, mathematical modeling of cell numbers derived from such ...
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Slug flow models: feasible domain and sensitivity to input distributions
... that mathematical operations be justified and physical parameters be consistent with their de ...some mathematical operations and physical conditions are not ...that models do not furnish solutions in ...
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Performance of models to determine flow rate using orifice plates
... theoretical models (Methods 1 and 2) revealed that a contradiction existed when the RMSE and maximum values of E MV were compared, which was expected because the RMSE was applied to the entire range of operation ...
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Mathematical models are a powerful method to understand and control the spread of Huanglongbing
... authors’ models suggested that the most effective disease control method would be to distribute netting treated with a persistent insecticide and colored yellow on the crop side; the netting would increase vector ...
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Cross-European initial survey on the use of mathematical models in food industry
... The loadings of nine of the statements (product and process devel- opment, real-time process control, decision support, food storage, value-chain, productivity, life-cycle assessment and waste manage- ment) was low on ...
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Explicit kinetic heterogeneity: mathematical models for interpretation of deuterium labeling of heterogeneous cell populations.
... Although stable isotope labeling seems to be the best tool at hand to estimate rates of lymphocyte turnover, a recent review [10] pointed out that estimated lymphocyte turnover rates differ consistently, depending on the ...
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