As computer simulations gain acceptance for the modeling of complex physical phenomena, there is an increasing need to validate these simulation codes by comparing them to experiments. Currently, this is done qualitatively, using a visual approach. This is obviously very subjective and more quantitative metrics are needed, especially to identify simulations which are closer to experiments than other simulations. In this paper, we show how image processing techniques can be effectively used in such comparisons. Using an example from the problem of mixing of two fluids, we show that we can quantitatively compare experimental and simulation images by extracting higher level features to characterize the objects in the images
In the area of chemical engineering, fluidization is a widely employed technology for a number of in...
For real-time fluid simulation currently two methods are available: grid-based simulation and partic...
This paper presents an approach to measuring fluid flow from image sequences. The approach centers a...
As computer simulations gain acceptance for the modeling of complex physical phenomena, there is an ...
We present a new approach to validate liquid simulations which is based on a comparison between simu...
Current visualization systems give little or no support for user interaction when investigating data...
Fluid simulations are among some of the most difficult shots completed by visual effects artists. Lo...
Numerical simulation is now an acceptable mode of inquiry into a wide range of physical phenomena. A...
Hypothesis While multiphase flows, particularly droplet dynamics, are ordinary in nature as well as...
Fluid extraction is a typical chemical process where two types of fluids are mixed together. The hig...
We propose a quantitative way of distinguishing between proposed structural models by the comparison...
Flow visualization is one of the main methods of understanding flow behavior in experimental fluid m...
Mathematical models which predict the behavior of fluid flow in different experiments are simulated ...
Context. Fluid simulations are an important part for enhancing the visualization of games, movies an...
Validation of numerical simulations, Le., the quantitative comparison of calculated results with exp...
In the area of chemical engineering, fluidization is a widely employed technology for a number of in...
For real-time fluid simulation currently two methods are available: grid-based simulation and partic...
This paper presents an approach to measuring fluid flow from image sequences. The approach centers a...
As computer simulations gain acceptance for the modeling of complex physical phenomena, there is an ...
We present a new approach to validate liquid simulations which is based on a comparison between simu...
Current visualization systems give little or no support for user interaction when investigating data...
Fluid simulations are among some of the most difficult shots completed by visual effects artists. Lo...
Numerical simulation is now an acceptable mode of inquiry into a wide range of physical phenomena. A...
Hypothesis While multiphase flows, particularly droplet dynamics, are ordinary in nature as well as...
Fluid extraction is a typical chemical process where two types of fluids are mixed together. The hig...
We propose a quantitative way of distinguishing between proposed structural models by the comparison...
Flow visualization is one of the main methods of understanding flow behavior in experimental fluid m...
Mathematical models which predict the behavior of fluid flow in different experiments are simulated ...
Context. Fluid simulations are an important part for enhancing the visualization of games, movies an...
Validation of numerical simulations, Le., the quantitative comparison of calculated results with exp...
In the area of chemical engineering, fluidization is a widely employed technology for a number of in...
For real-time fluid simulation currently two methods are available: grid-based simulation and partic...
This paper presents an approach to measuring fluid flow from image sequences. The approach centers a...