Ankang Gao

Associate Research Professor, USTC

[Ankang Gao @AnkangGao]

Our latest review paper on unsteady aerodynamic force theories as tools for uncovering force-generation mechanisms in complex flows.
https://t.co/3kHs2pWGxm

[Ankang Gao @AnkangGao]

We have implemented an aerodynamic force diagnostics module in FieldConvert of Nektar++. For technical details, please refer to the following blog post:
https://t.co/4oTIDwOKJQ

[Ankang Gao @AnkangGao]

@cbose1991 A good visualisation of vortex wake. Is this a 2D or 3D simulation?

[Ankang Gao @AnkangGao]

We developed a theoretical framework to analyze the relationship between surface stress distribution and flow structures. The method also provides new insights into pressure force mechanisms through an adjoint approach.

[Ankang Gao @AnkangGao]

Weighted integral methods for fluid force diagnostics in incompressible flows | Journal of Fluid Mechanics | Cambridge Core - https://t.co/bm4qcKkVaO

[Ankang Gao @AnkangGao]

Our recent publication in Physics of Fluids @AIP_Publishing was highlighted in #Scilight
https://t.co/z3Qhr5bw1k

[Ankang Gao @AnkangGao]

@ProjectPhysX @github Thanks, this feature is very useful for external flow simulation.

[Ankang Gao @AnkangGao]

@ProjectPhysX @github Will it support multi levels grid refinement in the future?

[Ankang Gao @AnkangGao]

beautiful night