Sentence examples for dragging models from inspiring English sources

Dragging models around.

These experimental results suggested that the main mechanism for parallel alignment was the 'phonon dragging model' [9], while that for perpendicular alignment was the 'enhanced out-of-plane phonon mode' [8].

A boom that runs the length of the towing tank can drag models at up to 100 feet a second, or 70 miles per hour -- the equivalent of up to 400 miles per hour accounting for scale.

There are also many drag models that have been developed to investigate the interaction between gas and solid particles in fluidized bed, such as the Syamlal and O'Brien, Wen and Yu and Gidaspow drag models [1, 4, 7].

Ramesh et al. and Almuttahar [10, 11] investigated the hydrodynamic fluidized bed results predicted from the Arastoopour, Gidaspow and Syamlal and O'Brien drag models, the Syamlal and O'Brien drag model was found to provide better predictions.

Taghipour et al. [8] investigated the hydrodynamics of a two-dimensional gassolid fluidized bed reactor using a Syamlal and O'Brien, Wen and Yu and Gidaspow drag models, and found that the predicted pressure drops with Syamlal and O'Brien and Gidaspow drag models are in good agreement with the experimental measurements at a higher superficial velocity than the minimum fluidization velocity.

Open image in new window Fig. 4 Volume fraction distribution for the sand particles using the Syamlal and O'Brien drag model with four inlet velocities 1.0 m/s.

The results using the EMMS and Gidaspow drag model show a reasonable agreement near the wall and the centre, respectively.

The factors influencing the moderate temperature desulfurization were then investigated based on the accurate O-S drag model.

Cluster sub-models are developed and combined with the Energy minimum multi-scale method (EMMS) drag model to improve drag predictions for heterogeneous gas solid flows.

Being similar to drag model for solid spheres proposed by Michaelides, the developed drag correlation takes into account inertial and wall effects as their linear combination.