Coupled finite-volume/finite-element modelling of the straight-tube Coriolis flowmeter

Fluid-Structure Interaction of a Radial Turbine

“…This coupling is used in the partitioned method (Bobovnika et al, 2005 ;Driss et al, 2007 ;Sternel et al, 2008) when the fluid and structural parts are resolved separately. The coupling interface allows the exchange of the pressures at interface, when the mesh in each fluid and structure field is different and is difficult to place within the same code, hence the utility of the partitioned algorithm methodology.…”

“…Based on this data exchanged, the methods for solving fluid-structure interaction problems can be divided into monolithic and partitioned couplings. For example, we can mention the researcher of Bobovnika et al (2005). In this paper, the authors are interested to couple a finite-volume model to a finiteelement model of the straight-tube Coriolis flowmeter.…”

Numerical analysis of installation effects in Coriolis flowmeters: Single and twin tube configurations

“…The model adopts a conventional serial staggered procedure with a three-point fluid predictor for the fluid stress tensor and the additional inner iterations in each time step. A more detailed description of the simulation procedure, its validation and an analysis of the different coupling scenarios can be found in [8,9]. This section presents the governing equations of the problem, the boundary and initial conditions, defines the computational domain and the material properties of the fluid and the structure, the method for the estimation of the measuring effect and the temporal and spatial discretization of the model.…”

Hydromechanics Characterization of The Turbulent Flow Generated by Anchor Impellers

“…This coupling is used in the partitioned method (Bobovnika et al, 2005;Sternel et al, 2008) when the fluid and structural parts are resolved separately. This method has been introduced by Park and Felippa (1983), and further investigated by Wood (1990) , 2000).…”