3D visualization of blood flow streamlines in cerebral aneurysm by combining advanced scientific visualization (ParaView) and high performance computing techniques
Large-scale molecular visualization of 1HTQ protein by using VMD and high-throughput GPU rendering.
High performance computing is combined with advanced CUDA programming techniques to create velocity streamlines around a delta wing!
3D interactive visualization of drug diffusion simulation in the intracranial arteries using VisIt application
Blood flow streamlines in the internal cartoid artery (ICA) with a lateral aneurysm. Visualization is done by using ParaView.
Endovascular effect on the blood flow pattern in intracranial aneurysm (internal cartoid artery).
Visualization of the number of applicants for the REU (Research Experience for Undergraduates) 2017 at Clemson University
This image demonstrating a visualization of US airline data set with an embedded regional map using Gephi was created for training sessions hosted by Clemson CCIT Visualization Lab. The color as well as the size of circles indicating airports were intentionally designed to depict the importance of an airport.
This image shows the visualization of a volumetric dataset of cloud simulation using ParaView with multiple computing nodes on the Clemson Palmetto cluster, with colors indicating voxels processed by different nodes.