We present a variational approach to motion estimation of instationary fluid flows. Our approach extends prior work along two directions: (i) The full incompressible Navier-Stokes ...
We present a method for integrating force feedback with interactive fluid simulation. We use the method described to generate haptic display of an incompressible NavierStokes flui...
In this paper we show how to incorporate effects of wind fields in cloth animations. We discuss two different approaches to model force fields describing air motion and show how t...
Michael Keckeisen, Stefan Kimmerle, Bernhard Thoma...
Conventional level set based approaches have an inherent difficulty in tracking miscible fluids due to its discrete treatment for interface. This paper proposes a unified framewor...
Jinho Park, Younghui Kim, Daehyeon Wi, Nahyup Kang...
—In this study, combustion in a 5kW porous burner is simulated. The two dimensional Navier-Stokes, the energy and the chemical species transport equations are solved and a multis...