The article presents the results of modeling fluid hydrodynamics in the working body of a device for mechanical activation of colloidal dispersed systems. Modeling of the fluid motion process was performed using computer-aided design systems SolidWorks, FloWorks, and MATLAB. A detailed picture of the velocity field for the specified parameters is obtained. A comparison of the results of modeling the motion of a liquid medium performed by various methods is presented. For the process under study, the profile of the fluid flow rate in the working body is calculated and conclusions are given.
The article formulates an algorithmic approach to the binarization method and shows the effectiveness of its implementation in relation to the analytical study on the surface density of a nonwoven structure, used as a reinforcing base of a composite materialaccording to the digital image of its surface. This method is considered to be the basis for determining the influence of external factors on the verification parameters of the model output of the average density indicatorsin the structure of the nonwoven material and predicting the structural properties of the composite material obtained on its basis.
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