Sentence examples for behavior of flows from inspiring English sources

The analysis of the qualitative behavior of flows generated by ordinary differential equations often requires quantitative information beyond numerical simulation which can be difficult to obtain analytically.

Motivated by the use of highly porous inserts in continuous chemical reactors, the time dependent behavior of flows through a highly porous structure is investigated experimentally and numerically for Reynolds numbers ReD=33 and 330 (based on the ligament diameter and the bulk velocity).

Behavior of flows is regulated by the Uu scheduler until a TN congestion is detected.

Both theory and experiments have also been used to examine non-Newtonian viscous flows that simulate the behavior of flows with crystals (Hulme, 1974; Osmond and Griffiths, 2001; Balmforth et al., 2006; Lyman, et al., 2005; Castruccio et al., 2010).

In order to choose the rest of the features, we began with a superset S n of n pair of features which represent bidirectional behavior of flows, such as: bytes per second (forward) & bytes per second (backward), packets per second (forward) & packets per second (backward), avg.

The idea came from his advisor and co-author, Helen Wilson, who started thinking about the behavior of flowing chocolate while on a hike one day.

The results showed highly three-dimensional behavior of flow field and temperature distributions in the downcomer.

We will also try to demonstrate the periodic behavior of "flow lines" can survive in degenerate cases at an algebraic level.

Scientists and engineers have been struggling to understand the behavior of flowing fluids -- which can be liquids and gases, but also piles of sand or heaps of mixed nuts -- for centuries, but mysteries in the field still remain.

In this work, hydrodynamic behavior of flow in three different reactor clarifiers was simulated by three-dimensional, multiphase flow model.

In this paper, the authors show that dynamic worker behavior over time has a profound impact on the queuing behavior of flow lines.