The phrase "dynamics of motion" is correct and can be used in written English.
It refers to the principles and laws that govern the movement or change of objects. Example: "The book delves into the intricate dynamics of motion, exploring the ways in which forces and energy affect the trajectory of a moving object."
"You want your structure to take into account the dynamics of motion," said Daniela Rus, an assistant professor of computer science at Dartmouth College.
We are really pushing things to the limit in terms of their strength, so it is essential that we get the dynamics of motion right".
We are really pushing things to the limit in terms of their strength, so it is essential that we get the dynamics of motion right.'' [cartoon id= a16512"] Most scientists, even those with no interest in personal publicity, are vigorous advocates for their own work.
Yet dance was no less important to Auguste Rodin, especially in the late phase of his career when he became fascinated by the rich possibilities of shape, tension, musculature and expressiveness contained within the professionally trained body; and inspired by the challenge of representing the dynamics of motion and flight.
These forces are strongly affected by the dynamics of motion of rifle parts upon firing.
This paper derives a jerk-shaped profile to address the vibration reduction of underdamped flexible dynamics of motion system.
For vehicle dynamics, equation of motion is first established as a set of linear differential equation system and solved in the frequency domain using frequency response function or in the time domain using numerical sequential integration.
Textbooks and teachers frequently introduce new topics by analogy, for example, by saying, "the dynamics of rotational motion are analogous to those of linear motion" and "mechanical vibrating circuits are analogous to electrical systems".
This finding is interesting by itself: it shows that the dynamics of apparent motion induce an internal predictive model about when and where an illusory motion token could be expected, independent from whether that illusory motion token is consciously perceived.
The wide range of timescales and complex relationships among the motions at different timescales make it difficult to capture the biologically significant, long-timescale dynamics of protein motion in a compact model.
Medical instrumentation and medical electronics continue to be major areas of interest, but biological modeling, blood-flow dynamics, prosthetics, biomechanics (dynamics of body motion and strength of materials), biological heat transfer, biomaterials, and other areas are now included in conference programs.
