rotational trajectory

USAGE SUMMARY

The phrase "rotational trajectory" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field discussing motion or paths that involve rotation. Example: "The satellite follows a rotational trajectory around the planet, allowing it to maintain a stable orbit."

✓ Grammatically correct

Science

Academia

Formal & Business

Human-verified similar examples from authoritative sources

Similar Expressions

58 human-written examples

Finally, we carried out experiments on planar translational and rotational trajectories to demonstrate the prototype performance.

Robotics and Computer-Integrated Manufacturing

For instance, there has been an extensive body of research investigating how the inertial information transduced by the vestibular organs (the otoliths and the semicircular canals) can be used to update one's position in space when moving along simple, linear and rotational trajectories [11] [19], and when travelling along more complex paths [20] [22].

Plosone

In addition, the rotational speed trajectory (red solid line) calculated by the WT model (3) with (J_{t} = 5J_{s}) is also plotted in Fig. 19.

Journal of Modern Power Systems and Clean Energy

It is apparent from Fig. 19 that for the same moment of inertia (J_{t}), the rotational speed trajectory of WTS approximates to that of WT.

Journal of Modern Power Systems and Clean Energy

As shown in Fig. 19, the rotational speed trajectories of the WTS differ for (J_{t}).

Journal of Modern Power Systems and Clean Energy

Open image in new window Fig. 19 Experiments IV: rotational speed trajectories of the WTS and WT in response to turbulence.

Journal of Modern Power Systems and Clean Energy

Open image in new window Fig. 18 Experiments III: rotational speed trajectories of the WTS with different moment of inertia J t. Experimental case IV: Furthermore, the dynamic behavior of WTS with different values of (J_{t}) in response to turbulent wind is compared.

Journal of Modern Power Systems and Clean Energy

Based on the use of a cyclone finisher, adding the upward and downward motion equipment, the rotational parts rotate up and down at the same time, and as a result, the trajectory of the rotational part point has a spiral curve.

Chinese Journal of Mechanical Engineering

To make examples where typical trajectories exhibit rotational chaos, one way is to suppose the map has negative Schwarzian derivative (a relatively mild condition which can be written as ( 1 / ( log | f ′ | ) ′ ) ′ > − 1 2 ) and to oblige the orbits of the critical points (turning points) of the map to land on unstable periodic orbits.

The Journal of Mathematical Neuroscience

Markerless lung tumor tracking and trajectory reconstruction using rotational cone-beam projections: a feasibility study.

Duke University

The PES shows a peculiar dependence of the lateral diffusion barriers on the rotation angle of the benzene molecule which leads to a preferential selection of certain rotational states in the MD trajectories.

Carbon

Expert writing Tips

Best practice

When describing motion, clarify whether "rotational trajectory" refers to the path of an object's center of mass or its orientation. For instance, a spinning top has a fixed center of mass, but its orientation follows a complex "rotational trajectory".

Common error

Avoid using "rotational trajectory" when only revolution (orbiting a point) is involved. Rotation refers to spinning around an internal axis, while revolution involves movement around an external point.

Linguistic Context

The phrase "rotational trajectory" functions primarily as a noun phrase describing a path or course that involves rotation. It's used to specify the nature of movement, combining both angular and spatial aspects.

Expression frequency: Missing

Frequent in

Science

35%

Academia

30%

Formal & Business

15%

Less common in

News & Media

10%

Encyclopedias

5%

Wiki

5%

Ludwig's WRAP-UP

The phrase "rotational trajectory" describes a path that combines both translational movement and rotation. Ludwig AI confirms that it is grammatically correct. This term is most commonly found in scientific and technical contexts requiring precise descriptions of motion. When using the phrase, it's important to distinguish between rotation (spinning around an internal axis) and revolution (orbiting an external point). Alternatives include "circular trajectory", "spinning path", and "orbital path", depending on the specific nuances you want to convey. While less frequent, the phrase is well-understood within specialized fields.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

circular trajectory

Replaces "rotational" with "circular", emphasizing the shape of the trajectory.

spinning path

Uses more common language to describe a rotating movement.

orbital path

Focuses on the path of an object in orbit.

revolving route

Suggests a route that involves circular movement.

angular path

Emphasizes the angular aspect of the movement.

helical trajectory

Describes a path that spirals around an axis.

spiraling path

A more descriptive term for a path that coils around a center.

turning trajectory

Highlights the act of turning along a path.

curvilinear path

Describes a path that curves or bends, potentially involving rotation.

rotational movement pattern

Shifts focus from the path to the pattern of the rotation itself.

FAQs

How does a "rotational trajectory" differ from a linear trajectory?

A "rotational trajectory" involves movement around an axis or center point, whereas a linear trajectory follows a straight path. The former includes angular displacement, the latter does not.

In what contexts is the term "rotational trajectory" commonly used?

The term "rotational trajectory" is frequently used in physics, engineering, and robotics to describe the motion of objects that are spinning or rotating while moving along a path. Examples can include "orbital paths" or the movement of robotic arms.

What's the difference between "rotational trajectory" and "circular path"?

While a "circular path" describes movement in a perfect circle, a "rotational trajectory" can encompass more complex rotational movements, including changes in angular velocity or orientation along the path. The later is more suitable for scenarios with non-uniform motion.

Can you provide examples of real-world "rotational trajectories"?

Examples of "rotational trajectories" include the path of a satellite orbiting a planet, the movement of a spinning figure skater, or the motion of a drill bit as it bores into a surface. Any object exhibiting both rotation and translation follows a "rotational trajectory".