![]() ![]() Periodic Steady Vortices in a Stagnation Point Flow. I got the idea for this potential flow animation from this paper. The entrained fluid was integrated using the 4th order Runge-Kutta method. |
![]() ![]() Periodic Steady Vortices in a Stagnation Point Flow. I got the idea for this potential flow animation from this paper. The entrained fluid was integrated using the 4th order Runge-Kutta method. |
I found your bugman123 site when I was searching for pictures of bugs under microscope to relive my first experience of seeing them under microscope. I was absolutely stunned when I first saw them under microscope, though unfortunately I don’t know their names. That experience sparked my initial interest in biology and I started reading more on the subject. I’m more interested in diseases, neurology and genetic variation now. I’m hoping to major in biology for college. Thank you for putting such beautiful pictures up. And I’m definitely directing my brother towards your artwork page. He’s in ninth grade now and he’s been drawing both the inside and outside of planes, cars, buildings…etc since he started drawing. Just wanted to say thanks for the beautiful pictures.
Looks like the development of a Rayleigh-Taylor instability. Are they related?
Wooooh groovy. I think I am already sleepy looking at it.
Great ones. Can we get such softwares to analyze water flow inside the house.