Tensor Lab: Fluids
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Preuzimanja
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O aplikaciji
Incompressible fluid flow leads to interesting phenomena, which can be studied using mathematical model of physical processes. The app presents virtual scientific laboratory to simulate and visualize real-time solutions to well-known problems including:
> Lid-driven cavity
> Vortex street
> Backward-facing step
> Rayleigh-Benard convection
Features:
> In order to record GIF animation user taps checkbox in the top right menu (be sure free storage memory is available - GIF consumes more than 5 MB per second of recording)
> Please enter full-screen mode by tapping the last item "Fullscreen" in the top right menu
> To view streamlines user can set their start points touching the screen (double-tap to delete)
> Some menus have help item
> Lid-driven cavity
> Vortex street
> Backward-facing step
> Rayleigh-Benard convection
Features:
> In order to record GIF animation user taps checkbox in the top right menu (be sure free storage memory is available - GIF consumes more than 5 MB per second of recording)
> Please enter full-screen mode by tapping the last item "Fullscreen" in the top right menu
> To view streamlines user can set their start points touching the screen (double-tap to delete)
> Some menus have help item
Ažurirano dana
Sigurnost počinje razumijevanjem na koji način programeri prikupljaju i dijele vaše podatke. Privatnost podataka i sigurnosne prakse se mogu razlikovati ovisno o korištenju, regiji i dobi. Programer je naveo ove informacije i može ih s vremenom ažurirati.
Podaci se ne dijele s trećim stranama
Saznajte više o načinu na koji programeri pružaju izjavu o dijeljenju
Podaci se ne prikupljaju
Saznajte više o načinu na koji programeri pružaju izjavu o prikupljanju
Što je novo
tech update
Podrška za aplikaciju
Informacije o programeru
Kyrylo Krasnikov
kir_kras@ukr.net
Ukraine
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