In many communities such as climate science or industrial design, to solve complex coupled
problems with high fidelity external coupling of legacy solvers puts a lot of pressure on the …

In many engineering fields, dynamic response in fluid–structure interaction (FSI) is
important, and some of the FSI phenomena are treated as acoustic FSI (AFSI) problems …

Bluff-body stabilized laminar flames remain at the root of many industrial applications. Such
a simple flame arrangement although steady results from complex chemical, flow mixing as …

Optimizing gas turbines is a complex multi-physical and multi-component problem that has
long been based on expensive experiments. Today, computer simulations can reduce …

A new parallel framework and associated cyberinfrastructure has been verified to efficiently
and accurately run Unified Curvilinear Ocean and Atmospheric Model (UCOAM) …

Because wildfires feature complex multi-physics occurring at multiple scales, our ability to
accurately simulate their behavior at large regional scales remains limited. The …

The oceans effect is predominant of Earth systems. From weather and food supplies to
shipping routes, the oceans impact everyone, which makes the numerical modeling of …

Existing numerical models of water systems are based on assumptions and simplifications
that can result in errors in a model's predictions; such errors can be reduced through the use …

We introduce a reliable software package to simulate the long-term storage of CO2 injected
into geological formations. Depleted oil fields and subsurface saline aquifers are examples …

Our oceans are the last physical frontier on Earth, covering 70% of the planetary surface and
changing constantly. Yet ocean dynamics are poorly understood and extremely complex …