Breaking elongation

USAGE SUMMARY

The phrase "Breaking elongation" is not a standard expression in written English and may require additional context to be fully understood.
It could be used in technical or scientific contexts, particularly in materials science or engineering, to describe the point at which a material fails or breaks under elongation. Example: "The breaking elongation of the polymer was tested to determine its durability under stress."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

43 human-written examples

Table 1 Physical properties of UPVC pipes Parameter Value Density 13-14.5 KN/modulustic modulus 3380 MPa Flexure strength 65.5 MPa Poisson ratio 0.38 Ultimate tensile strength 27.5- 52 MPa Breaking elongation 134% Thermal conductivity 0.14-0.28 kcal/m.hr°c Service life >50 years.

International Journal of Advanced Structural Engineering

The mechanical properties (elasticity, tensile strength, and breaking elongation) for the PHB and the copolymer PHB-HV nanofiber samples used in our study are shown in Table 3.

BioMed Research International

The pure fibroin matrix (film), on the other hand, typically had a breaking stress of 60 MPa, a breaking elongation of 2.1% and a compression modulus of 0.5 GPa, respectively.

Polymer

The tensile strength and breaking elongation of the membranes were evaluated according to standard ASTM methods.

Polymer

The breaking elongation of the membranes was reduced by incorporating of the optimum amount of the nanoparticulates.

Separation and Purification Technology

The dense SLM specimens had an ultimate tensile strength, yield strength, and breaking elongation of 400 MPa, 200 MPa, and 12 17%, respectively.

Materials & Design

Human-verified similar examples from authoritative sources

Similar Expressions

17 human-written examples

Breaking point.

Independent

"Breaking news!

The Economist

Breaking News!

The New York Times

"Breaking News"8.

The New York Times

(Watch "Breaking Bad").

The New York Times - Tech

Expert writing Tips

Best practice

In technical writing, pair "breaking elongation" with tensile strength to provide a comprehensive understanding of a material's mechanical properties.

Common error

Avoid using "breaking elongation" interchangeably with elasticity or flexibility. "Breaking elongation" refers specifically to the extent a material can stretch before breaking, whereas elasticity describes its ability to return to its original shape after deformation.

Linguistic Context

The phrase "breaking elongation" functions as a noun phrase describing a material property. It quantifies how much a material can stretch before it fractures under tensile stress. As Ludwig indicates, this term is standard in scientific and technical contexts.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

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Ludwig's WRAP-UP

In summary, "breaking elongation" is a noun phrase widely used in scientific and technical fields to quantify a material's ability to stretch before fracturing. Ludwig confirms its grammatical correctness and common usage in such contexts. The phrase's primary function is to provide a specific metric for assessing ductility, crucial for comparing materials and predicting their performance under stress. It is most frequently encountered in formal and scientific writing, with a strong emphasis on precise and technical language. Related phrases include "elongation at break" and "tensile elongation at rupture", offering slightly different nuances. When using "breaking elongation", it is essential to specify units and testing methods for clarity.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

elongation at break

Focuses on the amount of elongation specifically at the point of breakage.

tensile elongation at rupture

Emphasizes the tensile force applied during the elongation until the material ruptures.

fracture strain

Uses the term "strain" to describe the deformation at the point of fracture.

ultimate elongation

Highlights the maximum elongation a material can withstand before breaking.

maximum strain before failure

Focuses on the strain and uses more technical vocabulary to describe the point of failure.

ductility

Refers to a material's ability to deform under tensile stress, relating to its "breaking elongation".

extensibility at fracture

Emphasizes the extent to which a material can be extended right before it fractures.

percent elongation at break

Specifies the elongation as a percentage of the original length at the point of breakage.

tensile strain at failure

Describes the strain experienced by the material under tension at the moment of failure.

elongation capacity at rupture

Focuses on the material's capacity to elongate before rupturing.

FAQs

How is "breaking elongation" measured?

"Breaking elongation" is typically measured using a tensile testing machine, which applies a controlled force to a material until it breaks. The elongation at the point of fracture is then recorded, often as a percentage of the original length.

What is a good "breaking elongation" value?

A "good" breaking elongation value depends on the specific application and material. Some materials, like elastomers, are designed to have high "elongation at break", while others, like ceramics, have very low values.

How does temperature affect "breaking elongation"?

Temperature can significantly affect "breaking elongation". Generally, increasing the temperature may increase the "breaking elongation" of some materials, while decreasing it can make materials more brittle and reduce "breaking elongation".

What's the relationship between tensile strength and "breaking elongation"?

Tensile strength measures the force required to break a material, while "breaking elongation" measures how much it stretches before breaking. Together, they provide a complete picture of a material's mechanical behavior. A material can have high tensile strength but low "breaking elongation", or vice versa.