The MathWorks Inc. (1993) SIMULINK Numerical Simulation Software - Reference Guide, The MathWorks Inc., Natick, Mass. [Pg.432]

In the present, work for hydrate formation prediction a well known numerical simulation software (Pipeline Studio-TGNET) is employed [2]. In addition, to calibrate the model, the results of an experiment carried out in a part of Tehran gas network are used. Some research works related to hydrate formation and numerical simulation of natural gas flow in a network can be found in [3-6]. [Pg.374]

Before each separation, process parameters have to be determined through a numerical simulation software. Knowing the size of the system and the adsorption isotherm of the components, the software is able to compute the optimal set of flowrates allowing to perform the separation. [Pg.431]

The pilot plant is carried out about 24 h with the following parameter setting determined with the numerical simulation software [Pg.432]

In this paper, a series of numerical simulations have been done, which is based on dynamic failure for hard coal containing gas with RFPA2D-Flow numerical simulation software developed (Xu T. 2004). On the one hand, evolution of stress field, fracture field and seepage field can be known clearly in the process of dynamic failure for hard coal containing gas. On the other hand, vacancy of data in the physical experiment can be made up. [Pg.1100]

In complex extractions, when both diffusion and thermodynamic are linked, or when the extract is a complex mixture of several components recovered at different rates, a numerical simulation software of the extraction can be very useful to estimate quickly any configuration and to optimize more precisely the industrial plant. A lot of different models have been proposed in the literature, and we built a versatile simulation software allowing to represent a lot of different systems [6], [Pg.640]

In order to analyze the mechanical process of surrounding rock force and deformation in the shallow-buried coal seam comprehensively and systematically, the paper uses FLAC ° numerical simulation software to study the changing rule of [Pg.994]

In front of the diversity and the complexity of supercritical fluid extraction, we dispose of all experimental and theoretical tools to compute and extrapolate pilot plant experimental data to an industrial unit. A lot of theoretical thermodynamic and kinetic data are now available, and experimental extractions carried out on pilot plants allow to build extrapolation models, from the very simple ones (like it is described in this case study) to the very sophisticated ones based on a numerical simulation software and taking into account hydrodynamic, thermodynamic and kinetic phenomena. [Pg.644]

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