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Using 88 af dx af² dx² =D= Where "f' is the function as the consequence of airflow and "u" and "D" are the average velocity and dispersion coefficient This expression can be reduced to the Bernoulli model, and with the analysis of the energy balance. Get the Bernoulli's equation

Using 88 af dx af² dx² =D= Where "f' is the function as the consequence of airflow and "u" and "D" are the average velocity and dispersion coefficient This expression can be reduced to the Bernoulli model, and with the analysis of the energy balance. Get the Bernoulli's equation

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Using 88 μ af dx = D af² dx² Where "f" is the function as the consequence of airflow and "u" and "D" are the average velocity and dispersion coefficient This expression can be reduced to the Bernoulli model, and with the analysis of the energy balance. Get the Bernoulli's equation 1 2 20₁² + p₁ = = 00₂² + P₂ por In which p is the fluid flow density, p1 and p2 are the initial and final referential pressure through the fluid flow path, and v1 and v2 are the fluid flow speed.
Transcribed Image Text:Using 88 μ af dx = D af² dx² Where "f" is the function as the consequence of airflow and "u" and "D" are the average velocity and dispersion coefficient This expression can be reduced to the Bernoulli model, and with the analysis of the energy balance. Get the Bernoulli's equation 1 2 20₁² + p₁ = = 00₂² + P₂ por In which p is the fluid flow density, p1 and p2 are the initial and final referential pressure through the fluid flow path, and v1 and v2 are the fluid flow speed.
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