Lecture 16: Gaussian Dispersion Model for Point Source

This lecture explains the Gaussian dispersion model for a point source, its derivation, and the estimation of parameters of the Gaussian plume equation.

[@GalibW]

Incredibly clear and smart presentation, without exceeding words. Genius

[@neethyal105]

When boundary conditions are 0 for y and z, 20:09
What happens to the constant 2 pi. Value below the flow rate,"Q"
Why does 2pi becomes pi?

[@BillTubbs]

That confused me as well. Looks like 2 is missing.

[@renvigautam2822]

Sir plz provide the pdf also...

[@farhananurrahman4865]

Thank you for the details.very informative.

[@renvigautam2822]

Excellent explanation 🙌

[@user-hw7fg2rz9l]

Thank you very much

[@hananehaddad6246]

Can the dispersion model and Gaussian equation be used to study the movement of dust particles resulting from the dust storm, and can the dust storm be considered as an area source or a point source for dust?

[@user-vo7hw2kp2t]

please can you tell me what is the relation of mass flow rate out in the direction y and direction z

[@abdulrehman88jb37]

Sir can you share these notes?