length at failure

USAGE SUMMARY

The phrase "length at failure" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or testing, where it refers to the measurement of length at the point of failure of a material or structure. Example: "The length at failure of the specimen was recorded to assess its tensile strength."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

2 human-written examples

The out-of-plane displacement along the column length at failure was used to illustrate the failure mode of the column.

Thin-Walled Structures

The length at failure was determined from the Instron test (giving change in length LΔ).

eLife

Human-verified similar examples from authoritative sources

Similar Expressions

57 human-written examples

Experimental investigations have shown that this zone is not constant, but gradually extends during the softening process to reach its final length at the complete failure.

Construction and Building Materials

The fracture toughness KIC was calculated from the pre-crack length and the stress at failure.

Acta Materialia

For longer bond lengths, the strain distribution at failure indicates a progressive failure.

International Journal of Concrete Structures and Materials

There is a bond development length beyond which the load at failure cannot be increased; however, it is recommended that the bonded length of the FRP be as long as possible, along with the use of adhesives with high ultimate elongation, to promote the use of FRP strength and activate other failure mechanisms such as crushing or rupture.

International Journal of Concrete Structures and Materials

(6) There is a bond development length beyond which the load at failure cannot be increased.  .

International Journal of Concrete Structures and Materials

There is a bond development length beyond which the load at failure cannot be increased.

International Journal of Concrete Structures and Materials

The load-axial displacement curve, the deflection-axial displacement curve, the development of the axial stress at different positions in the section at mid-span, the out-of-plane displacement at failure along the column length and the axial stress distribution at failure across the section at mid-span were presented.

Thin-Walled Structures

At tearing time, load at failure (F) and final length (L) was measured.

Progress in Biomaterials

Mean ± SD yield load at failure in the short plate working length group was significantly higher than in the long plate working length group.

BMC Veterinary Research

Expert writing Tips

Best practice

When using "length at failure", clearly define the type of failure being discussed (e.g., tensile failure, compressive failure) to provide context and avoid ambiguity.

Common error

Avoid using "length at failure" interchangeably with "strain at failure". Length is a dimensional measurement, while strain is a measure of deformation relative to the original length. Use the appropriate term based on what you are measuring.

Linguistic Context

The phrase "length at failure" functions primarily as a noun phrase, specifying a measurement taken at a critical point. It describes the extent of a dimension (length) observed when a material or structure ceases to perform its intended function. As Ludwig highlights, the term appears in scientific contexts.

Expression frequency: Rare

Frequent in

Science

100%

Less common in

News & Media

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Formal & Business

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Wiki

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Ludwig's WRAP-UP

The phrase "length at failure" is a technical term primarily used in scientific and engineering fields to denote the length of a material or structure at the point of failure. As Ludwig AI explains, its grammatical status is correct, but its usage is relatively rare. When using this phrase, it's important to specify the type of failure and avoid confusion with related terms like "strain at failure". While this phrase may not be common, the goal is to ensure clarity and precision in technical and scientific writing. In essence, understanding the term "length at failure" is about accurately conveying information about material behavior under stress.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

failure length

Reverses the order of the words, creating a more concise term that directly indicates the length observed at the point of failure.

length upon failure

Uses 'upon' to denote the moment of failure when the length is measured, adding a temporal dimension.

fracture length

Specifically refers to the length associated with a fracture, suitable when failure is due to fracturing.

critical length at breakage

Emphasizes the criticality of the length when breakage occurs, highlighting the importance of that specific measurement.

final length before rupture

Focuses on the final length just before the material ruptures, providing a more descriptive alternative.

dimension at point of failure

A broader term that encompasses any dimensional measurement (not just length) at the moment of failure.

elongation at failure

Specific to tensile tests, it refers to the increase in length at the point of failure, and is very frequently found when researching "length at failure".

length at breaking point

Uses 'breaking point' to describe the failure event, which is particularly relevant in scenarios involving stress or tension.

ultimate length

Highlights that the length measured is the final, or ultimate, length achieved before failure.

failure zone length

Refers to the length of the area where failure occurs, often used in the context of material degradation or damage.

FAQs

How is "length at failure" measured in material testing?

In material testing, "length at failure" is typically measured using extensometers or by analyzing video recordings to determine the specimen's final length right before it breaks or fails. This measurement helps assess the material's ductility and overall performance under stress.

What's the difference between "length at failure" and "elongation at failure"?

"Length at failure" refers to the absolute length of the specimen when it fails, while "elongation at failure" refers to the change in length relative to the original length. Elongation is often expressed as a percentage.

In what contexts is knowing the "length at failure" important?

Knowing the "length at failure" is crucial in engineering design, especially when selecting materials for structures that must withstand specific loads or deformations. It helps engineers predict how a material will behave under stress and ensure structural integrity.

What are some synonyms for "length at failure"?

Some synonyms for "length at failure" include "failure length", "length upon failure", and "fracture length", depending on the specific type of failure being discussed.