Abstract
AbstractThe results of numerical studies of the air environment state in medical operating rooms are summarized. Trends in the choice of schemes for organizing air exchange and air distribution in identical rooms are revealed. The features of the initial data formation for the numerical experiment, in particular, characterizing the heat and humidity regime, are considered. The accepted principles of constructing computational grids and the choice of turbulence models using the well-known modern software systems ANSYS and STAR-CCM+ are analyzed. The problems that arise in the analysis of particular solutions from the point of comparison view with the requirements of regulatory documents are studied. Recommendations for using the results of numerical modeling in the development of engineering solutions are proposed.
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