Вплив біоконвекції на потік неньютонівської хімічно реагуючої нанорідини Вільямсона через розтягнуту поверхню з тепло-та масопереносом

doi:10.26565/2312-4334-2023-2-42

Мухаммад Джавад Кафедра математики, Фейсалабадський університет, Фейсалабад, Пакистан https://orcid.org/0000-0002-9304-615X
М. Муті-Ур-Рехман Кафедра математики та статистики Університет сільського господарства Фейсалабад, Файсалабад, Пакистан https://orcid.org/0009-0008-5572-5208
Коттаккаран Суппі Нісар Кафедра математики, Коледж природничих і гуманітарних наук, Алхардж, Університет принца Саттама бін Абдулазіза, Алкхардж, Саудівська Аравія; Школа технологій, Університет Воксена-Гайдарабад, штат Телангана, Індія https://orcid.org/0000-0001-5769-4320

DOI: https://doi.org/10.26565/2312-4334-2023-2-42

Ключові слова: гіротаксичний мікроорганізм, нанорідина Вільямсона, МГД, біоконвекція, метод стрільби

Анотація

Метою цієї статті є детальне дослідження змішаного конвективного потоку нанорідини Вільямсона за наявності розтягнутої поверхні з різними фізичними ефектами. Вплив броунівського руху та термофорезу є частиною цього дослідження. Крім того, для мотивації проблеми в рівнянні енергії враховуються особливості теплового випромінювання. Для стабільності моделі використовується теорія мікроорганізму. Проведено математичне моделювання. Відповідні функції подібності використовуються для перетворення пари керуючих PDE в набір ODE. Wolfram MATHEMATICA займається чисельним вирішенням трансформованих рівнянь за допомогою схеми зйомки. Вплив параметрів потоку, таких як магнетизм, термофорез, пористість, число Пекле та Льюїса, на швидкість, температуру, об’ємну концентрацію та щільність розподілу мікроорганізмів представлено в таблицях і графіках.

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