Nuclear reactor two-phase flows remain a great engineering challenge, where the high-
resolution two-phase flow database which can inform practical model development is still …

The growing availability of large scale computing power and facilities has caused a potential
for increased accuracy in CFD simulations, allowing scientists and engineers to look beyond …

In situ visualization on high-performance computing systems allows us to analyze simulation
results that would otherwise be impossible, given the size of the simulation data sets and …

Turbidity currents are underflows responsible for sediment deposits that generate geological
formations of interest for the oil and gas industry. LibMesh-sedimentation is an application …

The development of supercomputers and multi-scale computational fluid dynamics (CFD)
models based on adaptive mesh refinement (AMR) enabled fast, large-scale, and high …

Absorbing heat from the fuel rod surface, water as coolant can undergo subcooled boiling
within a pressurized water reactor (PWR) fuel rod bundle. Because of the buoyancy effect …

Parallel numerical simulation is a powerful tool used by scientists to study complex
problems. It has been a common practice to save the simulation output to disk and then …

FANG, JUN. Development of Advanced Analysis Toolkit for Turbulent Bubbly Flow Simulations.
(Under the direction of Dr. Page 1 ABSTRACT FANG, JUN. Development of Advanced …

There are two main avenues to design space exploration. In the first approach, a simulation
is run, analyzed, the problem modified, and the simulation run again. In the second …

Cloud developers traditionally rely on purpose-specific services to provide the storage
model they need for an application. In contrast, HPC developers have a much more limited …