Sentence examples for calculation of drag from inspiring English sources

We present a new numerical method for the calculation of drag and lift acting on a deformable droplet in linear shear flow.

This work couples the state of the art TFM approach with the advanced EMMS scheme for the calculation of drag coefficient exerted in the solid phase by the gas one.

The arithmetic results from the formulation of an EMMS analysis for the calculation of drag coefficient between the co-existing phases in a CFB riser were implemented in a CFD code and three dimensional simulations of the isothermal flow of a 1.2 MWth CFBC unit were performed.

The calculation of drag coefficient during different underwater phases of hand model allowed evaluating the influence of hand orientation on C D. This study showed that small changes in pitch and sweepback angles during glide phase caused negligible variation of C D for all hand models.

Our calculations of drag suggest that the sea lions experienced a 4 to 5 fold increase in drag while carrying the tubes (Fig. 5).

Another numerical issue is the accurate calculation of the drag coefficient, e.g., during the phase inversion.

The calculation of the drag forces and the heat transfer coefficient was demonstrated to influence greatly the heating/cooling rate, the degradation rate, and the flaming time.

The local volume fractions of the dispersed phases are considered for the calculation of the drag coefficients between the dispersed phases and the continuous phase.

Grid construction and the calculation of the drag force experienced by the inert material in the two-phase flow are two important parameters for the optimization of the numerical approaches in the case of CFB simulation.

A new method is given for the calculation of the drag force, pressure gradient and friction factor for sedimenting suspensions and fluidised beds of uniform spherical particles in liquids.

The present results extend previous analyses for creeping drag flow past a cylinder in an infinite medium based on variational principles and provide calculations of the drag coefficient around a cylinder in the case of wall effects.