Visual Simulation of Lava Flows Employing Particle-based Approach

This paper presents a novel point refinement method for irregularly sampled, dynamic points coming from a particle-based fluid simulation.. Our interpolation algorithm can

We have presented a method for efficient simulations of su- personic flows in compressible, inviscid fluids that is based on the finite volume method. We have demonstrated the abil-

Because we en- sure that each particle adds density higher than the threshold to at least one voxel, voxels including one or more parti- cles will certainly be saturated after

Figure 1: Left: regular simulation meshes created with our method on separate parts of the visual mesh.. Middle

The developed feature-based visual analytics approach has been used by simulation experts to observe the spatial distribution of different types of proteins in a three dimen-

In our simulation, the soft tissues are simulated as elastic materials using Strain Based Dynamics (SBD), and fluid is simulated using Incompressible Smoothed Particle

Input data (simulation of molecular dynamics of a protein and trajectories of water molecules flowing through this protein) are processed by our exploration and visual analysis

Therefore, the high-fidelity graphics simulation of outdoor condensation with appealing visual effects would involve a series of physical processes, including heat transfer,