dynamic inertia

USAGE SUMMARY

"dynamic inertia" is correct and usable in written English.
You can use it to refer to a type of force that has both an active and a conserving quality, such as the force that keeps a spinning top upright. For example, "The dynamic inertia of the spinning top kept it upright for minutes on end."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

16 human-written examples

The DMOPSO algorithm is proposed by designing dynamic inertia weight and dynamic learning factors.

Aerospace Science and Technology

This work considers two new aspects, namely an adaptive mutation mechanism and a dynamic inertia weight into the conventional particle swarm optimization (PSO) method.

Acta Automatica Sinica

The counterweight will provide a static uplifting force and an extra dynamic inertia force, such that the effective vertical stiffness of the IVIS becomes higher in its static state and lower in the dynamic one.

Journal of Sound and Vibration

At the same time, the dynamic inertia weight method is used to accelerate the convergence of the algorithm.

EURASIP Journal on Wireless Communications and Networking

Khan et al. improved PSO by a random mutation mechanism and a dynamic inertia weight adaptive method, which could facilitate algorithm convergence [32].

EURASIP Journal on Wireless Communications and Networking

Based on the standard PSO, the static inertia weight is replaced by a dynamic inertia weight, and the dynamic topology and constriction coefficient are used in the modified algorithm.

Journal of Petroleum Exploration and Production Technology

Human-verified similar examples from authoritative sources

Similar Expressions

44 human-written examples

I've learned to trust the way my interior dynamic and the inertia of the outer world produce flow, both personally and professionally.

Forbes

Open image in new window Fig. 11 Frequency dynamic with the inertia coefficient of the CC-VSC increasing.

Journal of Modern Power Systems and Clean Energy

Some part of current inflation was likely being suppressed by administrative measures, it cautioned, adding: "This may stifle the appropriate supply response to higher prices and could lead to the inflationary dynamic showing more inertia and persistence during this cycle".

Huffington Post

A method is presented for the dynamic analysis of inertia-variant constrained mechanical systems of interconnected rigid and flexible components which may be impacting on one another.

Journal of Sound and Vibration

As a result, this explicit pseudodynamic algorithm is very promising for the solution of an inertia structural dynamic problem.

Engineering Structures

Expert writing Tips

Best practice

When discussing systems or processes where inertia changes over time, use "dynamic inertia" to emphasize the time-varying nature of the inertia rather than assuming it's a constant value.

Common error

Avoid using "dynamic inertia" when referring to systems where the inertial properties are constant. Static inertia describes the resistance to changes in motion for objects at rest or moving at a constant velocity.

Linguistic Context

The phrase "dynamic inertia" functions as a noun phrase, where "dynamic" modifies the noun "inertia". According to Ludwig AI, this phrase is used to refer to a type of force. This indicates it's used as a descriptive term in scientific and technical fields.

Expression frequency: Common

Frequent in

Science

75%

News & Media

13%

Formal & Business

6%

Less common in

Academia

6%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "dynamic inertia" is a noun phrase used to describe inertia that varies with time or changing conditions. Ludwig AI validates its grammatical correctness and usability, highlighting its descriptive role in technical contexts. Its primary function is to differentiate from static inertia, emphasizing its varying nature. The register is largely formal and scientific, found predominantly in scientific publications and journals. When writing about systems with changing inertia, using "dynamic inertia" ensures precision. Be mindful to avoid using it when referring to systems with constant inertia. The related phrases such as "time-varying inertia" and "inertial dynamics" offer alternative ways to express the same concept. The frequency is common, confirming its established usage in technical and scientific discourse.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

inertial dynamics

Reverses the order of the words, focusing on the dynamics aspect stemming from inertia.

time-varying inertia

Highlights the change of inertia over time.

fluctuating inertia

Emphasizes the unsteady nature of inertia.

variable inertia

Indicates that inertia is not constant.

kinetic inertia

Focuses on the inertia associated with movement or kinetic energy.

momentum variation

Describes the change in momentum, related to inertia.

motion resistance

Highlights the resistance to changes in motion due to inertia.

inertial response

Describes how a system responds due to its inertia under dynamic conditions.

transient inertia

Highlights the temporary or short-lived nature of inertia under specific dynamic conditions.

active inertia

Highlights the active participation of inertia in a dynamic system, indicating that inertia isn't just a passive resistance but plays an active role in the system's behavior.

FAQs

How does "dynamic inertia" differ from static inertia?

"Dynamic inertia" refers to inertia that changes over time or under varying conditions, while static inertia describes the inertia of an object at rest or in uniform motion. It's about whether the inertial properties are constant or variable.

In what contexts is it appropriate to use the term "dynamic inertia"?

Use "dynamic inertia" when describing systems where the inertial properties change due to factors such as changing mass distribution, velocity, or external forces. Examples include rotating machinery, fluid dynamics, and certain robotics applications.

What are some alternatives to "dynamic inertia" that I could use?

Depending on the context, you might use terms like "time-varying inertia", "variable inertia", or "inertial dynamics" to convey a similar meaning. The best choice depends on the specific nuances you want to emphasize.

How can I effectively describe the effects of "dynamic inertia" in a mechanical system?

To describe its effects, focus on how changes in inertia influence the system's response to external forces or disturbances. Discuss how these changes affect stability, control, and overall system performance. Use specific examples to illustrate the impact of varying inertia.