
HYVES, a high-fidelity compressible flow solver for complex geometries that leverages the variable-order and element locality properties of the Flux Reconstruction method to achieve high performance on heterogeneous computing architectures.

A Flow Field Data Fusion and Rapid Forecasting System, for multi-source and multi-fidelity data fusion, reduced-order modeling, an d rapid prediction of unsteady flow fields.
For predicting ice crystal transport, phase change, particle-wall interaction and icing at aeroengine conditions.

For solving hypersonic compressible flows using the Haar wavelet collocation method, delivering exceptional stability across strong shock waves for critical aerospace aerodynamic.
For direct numerical simulation (DNS), linear stability analysis, and adjoint-based optimization of incompressible flows via spectral-element/Fourier discretization and velocity-correction projection on complex geometries in parallel.

This three-component strain-gauge balance is used to measure the aerodynamic forces in wind tunnels. The maximum measurement force is 50N.