The method is based on a mixed displacement-pressure finite element (FE) formulation combined with the Bloch-wave condition.
The motivation of this work is to apply the hp-version of the mortar finite-element method to the nearly incompressible elasticity model formulated as a mixed displacement-pressure problem as well as to Stokes equations in primal velocity-pressure variables.
Based on spatial and temporal distribution of mixed gas displacement, displacement efficiency is controlled by the composition and competitive sorption of the mixture.
The results are discussed and comparisons are made between the mixed and displacement-based elements.
By using the mixed stress-displacement Hellinger Reissner principle, a quadratic formulation is given.
Although the ISO method does not allow for mixed meals (displacement effect, 'catalytic' fructose effect) or meals containing > 50 g of available carbohydrate ('catalytic' fructose effect), we used this outcome measure for ease of comparison with the GI of dried fruit alone (GI effect).
The droplet dispersion and mixing characteristics under well-mixed and displacement ventilation schemes are evaluated and compared numerically.
Droplet dispersion in a room under the conventional well-mixed and displacement ventilation is simulated.
The present paper highlights the idea that the mass redistribution technique introduced by Khenous and co-workers (2006) [17,18] for elastodynamics with impact, can be reinterpreted as a mixed formulation in displacements and velocities in which a special compatibility condition is enforced.
Spatial probability density function history has been computed under four ventilation modes, i.e., mixed ventilation (MV), displacement ventilation (DV), mixed ventilation with top ceiling outlet (MVS), and displacement ventilation with left side outlet (DVS).
To deal with incompressibility, as an alternative to the mixed displacement pressure formulation, displacement-based nonconforming finite elements are employed for both two- and three-dimensional problems.
