We present a distributed parallel mesh curving method for virtual geometry. The main
application is to generate large-scale curved meshes on complex geometry suitable for …

Anisotropic prismatic/strand meshes are often used to capture viscous boundary layer
effects in Reynolds Averaged Navier Stokes (RANS) simulations of high Reynolds number …

We suggest an algorithm which allows for generation of a moving adaptive mesh with a fixed
topology according to the time-dependent control metric in the computational domain using …

The generation of high-quality computational mesh plays an important role in high-accuracy
computation of supersonic flows over bodies. Priority is given to mesh adaptation to …

A method is presented for modeling the flow of a viscous compressible gas around a moving
body on a simply connected unstructured mesh, which is possible when using the immersed …

Представлена методика моделирования обтекания вязким сжимаемым газом
подвижного тела на односвязной неструктурированной сетке, что возможно при …

We suggest an algorithm for construction of semi-structured thick prismatic mesh layers
which guarantees an absence of inverted prismatic cells in resulting layer and allows one to …

We suggest an algorithm which allows for generation of a moving adaptive mesh with a fixed
topology according to the time-dependent geometrically adaptive control metric in the …

In this paper, we present an effective prismatic mesh generation method for viscous flow
simulations. To address the prismatic mesh collisions in recessed cavities or slit areas, we …

To generate large-scale meshes with highly stretched elements for complex geometries, we
propose a distributed parallel Newton-GMRES penalty solver. For each non-linear iteration …