A low-Mach, unstructured, large-eddy-simulation-based, unsteady flamelet approach with a
generalized heat loss combustion methodology (including soot generation and consumption …

The role to which a realistic inflow turbulent boundary layer (TBL) influences transient and
mean large-scale pool fire quantities of interest (QoIs) is numerically investigated. High …

This paper demonstrates the use of the method of manufactured solutions to verify the
implementation of tightly coupled conjugate heat transfer for fluid–solid solvers. The …

The method of manufactured solutions (MMS) is used to verify the convergence properties of
a low-Mach number, variable-density flow code. Three MMS problems relevant to …

A high-fidelity, low-Mach computational fluid dynamics simulation tool that includes
evaporating droplets and variable-density turbulent flow coupling is well-suited to ascertain …

An implicit, low-dissipation, low-Mach, variable density control volume finite element
formulation is used to explore foundational understanding of numerical accuracy for large …

A high-fidelity large-eddy simulation and unsteady flamelet combustion model construct is
deployed to numerically investigate the effects of crosswind magnitude and pool fire shape …

The term verification, when applied to a flow solver, describes the process of demonstrating
that the code correctly solves its governing mathematical equations. A code that has been …

When the core is breached during a severe nuclear accident, a molten mixture of nuclear
fuel, cladding, and structural supports is discharged from the reactor vessel. This molten …

Batteries are chemical energy storage devices subject to thermal runaway (ignition) under
abnormal thermal environments. We discuss the processes that can lead to thermal runaway …