Modeling of aerodynamics and heat-and-mass transfer on ventilation of industrial enclosures. A
physical-mathematical
model of the aerodynamics of ventilation of a production enclosure
Solution of Non-stationary Motion of Binary Mixture by Laplace Transformation for
stationary mode and numerical
results for non-
stationary regime are presented and is found, when boundary
Interaction of a charged 3D soliton with a Coulomb center charged 3D soliton and a Coulomb center. The asymptotic expressions for
physical fields, describing a
Simulation of the Process of Frost Formation on the Surface of the Heat Exchanger FinThe paper considers the process of heat and
mass transfer during the flow of moist air