range of deflection

USAGE SUMMARY

The phrase "range of deflection" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or mechanics, where it describes the extent to which an object can bend or deform under a load. Example: "The engineer calculated the range of deflection for the beam to ensure it would not exceed safety limits under maximum load."

✓ Grammatically correct

Science

News & Media

Wiki

Human-verified examples from authoritative sources

Exact Expressions

1 human-written examples

As described in the Methods section, we measure the maximal range of deflection angles that a whisker can sustain.

Plosone

Human-verified similar examples from authoritative sources

Similar Expressions

58 human-written examples

High swirl number is attained over broad ranges of deflection and incline angles.

Fuel

The trees selected for felling from the spring and summer stem bending treatments were chosen to cover a wide range of stem deflection and bending moment during the stem bending.

New Zealand Journal of Forestry Science

Five trees were selected from the spring stem bending treatment, but for the summer water-stressed and released-from-water-stress stem bending treatments, the trees were pooled for the 30 and 40% of failure loads to obtain an equivalent range of stem deflection and bending moment.

New Zealand Journal of Forestry Science

There exists a range of input deflection frequencies for which the output force of the mechanism is nearer to constant-force than it is with static input deflections.

Mechanism and Machine Theory

The piezoresistive sensitivity of such devices is of fundamental importance as it defines the range of detectable deflection or force change.

Microelectronic Engineering

Further improvements can be obtained for both range of angular deflection and transmission uniformity, by faceting the exit face of the device at an optimum angle.

Optics Communications

This is supported by the experimental condition applied (oddball paradigm), scalp distribution (occipital), polarity (a negative difference between ERPs to deviants and those to standards), and the latency range of the deflection found.

Behavioral and Brain Functions

This approach enables the design of free-standing two-way actuators covering a range of bending actuation from 27 to 98% of the theoretical maximum deflection.

European Polymer Journal

The 40% of the failure load was applied to achieve the same range of tree stem deflection and bending moment that was obtained with the application of 30% of the failure load in the spring stem bending treatment.

New Zealand Journal of Forestry Science

The compliant constant-force compression mechanism (CFCM) is a slider mechanism incorporating large-deflection beams, which outputs near-constant-force across the range of its designed deflection.

Mechanism and Machine Theory

Expert writing Tips

Best practice

When describing the "range of deflection", specify the units of measurement (e.g., degrees, millimeters) for clarity and precision.

Common error

Avoid using "range of deflection" when you specifically mean the angle of deflection. The "range of deflection" refers to the span of possible deflections, while the deflection angle is a specific measurement at a point.

Linguistic Context

The phrase "range of deflection" functions as a noun phrase, typically acting as the object of a verb or preposition. As Ludwig AI confirms, it describes the extent to which an object can bend or deform. Similar examples in Ludwig highlight its use in describing physical phenomena.

Expression frequency: Very common

Frequent in

Science

75%

News & Media

15%

Wiki

10%

Less common in

Formal & Business

0%

Encyclopedias

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "range of deflection" is a grammatically sound and commonly used noun phrase, predominantly found within scientific and technical domains. It's used to describe the extent an object can bend or deform, as verified by Ludwig. Usage tips include specifying units of measurement for precision. Alternatives include "degree of deflection" or "extent of deflection", though it's important not to confuse it with "deflection angle". When writing, remember its formal register and tailor your language accordingly.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

degree of deflection

Focuses on the extent of angular deviation.

extent of deflection

Emphasizes the amount or magnitude of bending or displacement.

amount of deflection

Highlights the quantity of displacement from an original position.

magnitude of deflection

Stresses the size or importance of the displacement.

scope of deflection

Suggests the breadth or area over which the deflection occurs.

limit of deflection

Indicates the maximum allowable or possible displacement.

spectrum of deflection

Implies a varied collection of deflection values.

zone of deflection

Refers to a specific area or region where deflection is observed.

scale of deflection

Highlights the measurement system or the proportional size of deflection.

amplitude of deflection

Highlights the maximum displacement during an oscillation.

FAQs

How can I accurately measure the "range of deflection" in an experiment?

Use precise instruments like laser displacement sensors or high-resolution encoders to capture the minimum and maximum deflection values. Ensure your measurement setup accounts for any potential sources of error, such as vibrations or thermal expansion.

What factors influence the "range of deflection" in a structural beam?

Material properties (Young's modulus), beam geometry (length, cross-sectional area), and applied load significantly affect the "range of deflection". Stiffer materials and larger cross-sections generally reduce the deflection range.

In what contexts is it crucial to consider the "range of deflection"?

It's crucial in structural engineering to ensure designs don't exceed allowable deflection limits, preventing failure or instability. Also relevant when designing sensitive instruments where excessive bending can affect functionality, you might also want to consider the "degree of deflection".

What are some alternative phrases I can use instead of "range of deflection"?

Depending on the context, you could use phrases like "degree of deflection", "extent of deflection", or "magnitude of deflection".