This work presents a new formulation of the quantum-kinetic (QK) chemistry models, in
which the vibrational excitation is modeled with an anharmonic oscillator model. The new …

This work proposes an extended version of the quantum-kinetic chemistry models, aiming to
accurately reproduce experimental measurements and high-fidelity calculations in both …

Simulations of large density gradients present a number of challenges for direct Monte Carlo
methods, since they lead to too few particles in dilute regions and prohibitively many in the …

View Video Presentation: https://doi. org/10.2514/6.2023-3809. vid A novel version of the
Quantum-Kinetic (QK) chemistry models where the vibrational energy is treated with an …

The goal of this work is to validate an efficient simulation-based approach to analyzing
hypersonic signatures. Hypersonic flows over a cylinder are simulated with the freestream …

The modelling of aerothermodynamic flows is extremely challenging as it combines both
aerodynamics and thermodynamics disciplines. Aerothermodynamic applications typically …

The purpose of this study is to understand the operation mode of computational fluid
dynamics (CFD) parallel computing technology for non-equilibrium flow. To this end, this …