Molecular modeling of the interaction spherical and nonspherical particles with a relief body

Авторы: Amelyushkin I.A., Stasenko A.L.
Сборник: дополнительный англоязычный сборник VI Международной конференции и молодёжной школы «Информационные технологии и нанотехнологии» ИТНТ-2020, индексируемый в базе Scopus
Год издания: 2020
Аннотация: Original mathematical models, numerical algorithms for calculating and controlling the interaction of aerosol flows with solids of varying degrees of hydrophobicity are developed. The behavior of solid atoms depend on the temperature and physical properties of the material. Parametric studies’ results of the influence of relief and temperature on the recovery coefficients of the particle velocity are obtained. Drop impact parameters correspond to Weber numbers in real conditions. The results are compared with data from other researchers. Recovery coefficients of water particles’ interaction with a relief solid are obtained. In addition to geometric parameters of the relief of the streamlined body, the spreading coefficient is connected with the ratio of the adhesion forces to cohesion, which relates the characteristic values of the interaction energies of the molecules to the contact angle.
Добавил в систему: Амелюшкин Иван Алексеевич

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