Sentence examples for motion and interaction from inspiring English sources
Discrete element method (DEM) can simulate the motion and interaction of particle materials.
Hence, understanding the onset of dislocations motion and interaction is critical in modifying or designing new materials with advanced properties so that their mechanical behavior approach realistic conditions.
On a femtosecond time scale, we are able to study the coherent motion of atoms as they oscillate, the interaction of molecules exchanging energy or undergoing rapid chemical reactions, and the motion and interaction of electrons with their environment.
In the 17th century it was assumed that the universe could be explained entirely in terms of minute corpuscles, their motion and interaction, and that no entities of any other sort existed.
This kind of analytics used to be known as monitoring, but when you have enough sensors to watch things in motion and interaction, it becomes a picture of behavior in a system.
(And, as AndroidPolice points out, the framework will include interface, motion and interaction, as well).
The high strengths and high work-hardening rates are discussed and analyzed using the concepts of dislocation motion and interactions within the confined nanoscale Al layers.
In biomedical research, because of the critical nature of corrosion within the environment of motion and interactions of weight bearing surfaces, scientists and engineers have shown a growing interest in the area of "tribocorrosion".
Associate professor of mechanical engineering Pierre Lermusiaux and his MSEAS group (Multidisciplinary Simulation, Estimation, and Assimilations Systems), along with researchers at the Woods Hole Oceanographic Institution (WHOI), are part of a team that has modeled the motion and interactions of these internal tides.
The motion and interactions of three equal-interval parallel bubbles in non-Newtonian fluids were numerically simulated by volume of fluid method (VOF), in which the continuous surface tension model and the power-law model were adopted to represent surface tension and rheological properties of non-Newtonian fluids, respectively.
To understand the differences between protein structure and dynamics in cellular mimics as compared to buffer, we measured spin relaxation parameters (R1, R2, nOe) which quantify the motion and interactions of the residues on timescales of μs to ms (R1, R2,) and ps to ns (nOe).
