3D visualization of landslide deformation

An inverse 3D lung deformation analysis for medical visualization

Medical simulation and visualization of 3D lung deformations is an effective tool for guiding clinical technicians on clinical maneuvers. Technical advances in clinical imaging have led to the extraction of patient-specific 3D static lung models. However, in order to visualize a human subject’s lung deformation at different physical conditions, it is required to animate (or deform) the 3D lung ...

3D Deformation

Visualization of Deformation Tensor Fields

Vector and tensor elds are very important in many application areas The purpose of this paper is to present new techniques to visualize deformation tensor elds and in nitesimal bendings

Underwater Landslide Shape, Motion, Deformation, and Tsunami Generation

We study underwater landslide shape, motion and deformation at early times. We present experimental and numerical results in a search for general behaviors of tsunamigenic underwater landslides. Our experimental work presents a granular mass moving and deforming down a steep incline. Our numerical work uses a Bingham-like fluid model (BING) to simulate more realistic underwater landslide models...

3D Visualization

Strokes have been more prevalent in our modern age as people grow older. To combat this, those interested in computation sciences have turned to Computational Fluid Dynamics as a means of quantifying data. These quantifying simulations have undergone many validation studies and are now ready to be visualized in an immersive environment. We did this by combining existing scientific visualizer Pa...