In recent years there have been significant developments in the development of stable and
accurate finite element procedures for the numerical approximation of a wide range of fluid …

Computation of compressible flows at low Mach number is often performed by modifications
of compressible flow solvers to the low Mach number limit. In particular, time stepping …

We consider higher‐order mixed finite elements with continuous pressures for the
computation of stationary compressible flows at low Mach number. The proposed approach …

A new stabilized and accurate finite element formulation for convection-dominated problems
is herein developed. The basis of the new formulation is the choice of a new upwind …

The concept of effective transport velocity is introduced to derive a discontinuity capturing
operator for convection–diffusion problems. The effective transport velocity, which depends …

The quantification of rarefaction effects for low-Reynolds-number (R e∞< 10,000) transonic
(M∞∼ 0.8) flows is essential for the aerodynamic design of vehicles moving in vacuum …

Stabilized finite element formulations are well suited for convection dominated flows and for
the solution of the incompressible Navier–Stokes equations in primitive variables. In this …

Unstructured meshes allow easily representing complex geometries and to refine in regions
of interest without adding control volumes in unnecessary regions. However, numerical …

The main topic in this paper is a new device being considered to improve nuclear reactor
safety employing the natural circulation. Aware of the need for more precise and stable …

16 ПОЖАЛОСТИН масс осцилляторов при определенной нормировке собственных
функций равна физической массе жидкости в баке–[11]. где–номер тона собственных …