In this article, the research of steady flow of rheologically complex fluids in an infinite circular pipe was carried out. The characteristic equations for laminar flow of Newtonian, pseudoplastic and delatantnoy fluids in an infinite circular pipe are obtained. As the boundary conditions we adopted the conditions of the fluid slip on the channel wall, and as the thermal boundary conditions we considered the first and third types boundary conditions.
стационарного течения реологически сложной жидкости, ламинарный режим, граничные первого и третьего родов, Steady flow of rheologically complex fluids, laminar, the boundary of the first and third types
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