fracture strain

USAGE SUMMARY

The phrase "fracture strain" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or physics when discussing the strain experienced by a material at the point of fracture. Example: "The fracture strain of the metal was measured to determine its durability under stress."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

This paper discussed the measurement of true fracture strain.

Polymer Testing

With further increases of temperature, the fracture strain decreases monotonically.

International Journal of Refractory Metals and Hard Materials

The fracture strain and stress increases with increasing strain rate.

Materials Science and Engineering: A

Strength, fracture strain and stress (the last two with their formal definitions rather than those we idly apply to the rigours of everyday life).

The Guardian

To address the issue, an algorithm was formulated that estimates the average fracture strain over an arbitrary gage length from the fracture strain measured over the necked zone.

Polymer Testing

The fracture stress, fracture strain and fracture energies were determined.

Polymer

The fracture strain in the model was adjusted to induce failure in the ring.

Finite Elements in Analysis and Design

A fracture strain less than 1×10−5 was needed to initiate fragmentation.

Finite Elements in Analysis and Design

A technique to predict the fracture strain rate has been proposed.

International Journal of Mechanical Sciences

Straining under an optical light microscope provides information about the fracture strain and cracking behavior.

Thin Solid Films

Revised reduction factors for ultimate strain and fracture strain at elevated temperatures have been proposed.

Construction and Building Materials

Expert writing Tips

Best practice

When discussing material properties, always specify the conditions under which the "fracture strain" was measured, such as temperature and strain rate, as these factors can significantly influence the results.

Common error

Avoid using engineering strain values when true strain is more appropriate, especially in situations involving large deformations. "Fracture strain" is more accurately represented by true strain at the point of failure to avoid underestimations.

Linguistic Context

The phrase "fracture strain" primarily functions as a technical noun phrase within materials science and engineering. It identifies a specific material property: the amount of strain a material can endure before fracturing. Ludwig confirms this usage with numerous examples.

Expression frequency: Very common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

In summary, "fracture strain" is a well-established term in materials science and engineering, used to quantify a material's ability to deform before fracturing. Ludwig AI confirms the grammatical correctness and frequent usage of the phrase, predominantly within scientific contexts. It is crucial to specify test conditions when reporting "fracture strain" values and to differentiate between engineering and true strain for accurate representation. Related terms include "break strain" and "failure strain".

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

break strain

This term emphasizes the point at which the material breaks, rather than the broader deformation process.

failure strain

This alternative focuses on the strain level at which the material fails or loses its structural integrity.

rupture strain

This term highlights the instance of the material rupturing, specifically at the point of strain.

strain at fracture

This phrase reverses the word order while maintaining the same core meaning, emphasizing 'strain' as the primary subject.

ultimate strain

This term signifies the maximum strain a material can withstand before fracturing, indicating its limit of deformation.

critical strain for fracture

This phrase emphasizes that a certain level of strain, when surpassed, leads to fracture, focusing on the threshold.

strain to failure

Similar to 'failure strain', this phrase highlights the strain experienced specifically until failure occurs.

ductile fracture strain

This alternative specifies that the fracture is ductile, meaning it involves significant plastic deformation before failure.

true fracture strain

This phrase is usually applied when more precision is required. "True" refers to instantaneous dimensions of the material.

plastic strain at fracture

This term highlights the plastic (non-recoverable) component of the strain at the point of fracture.

FAQs

What is "fracture strain"?

"Fracture strain" is the amount of deformation a material can withstand before it fractures or breaks. It's a measure of ductility and is often expressed as a percentage of the original length or dimension.

How is "fracture strain" measured?

"Fracture strain" is typically determined through tensile testing, where a specimen is subjected to a controlled pulling force until it fractures. The strain at the point of fracture is then recorded.

What factors affect the "fracture strain" of a material?

Several factors can influence a material's "fracture strain", including temperature, strain rate, grain size, and the presence of defects or impurities. Material processing methods also play a role.

What is the difference between "fracture strain" and "fracture stress"?

"Fracture strain" is the strain at which a material fractures, while "fracture stress" is the stress required to cause the material to fracture. Strain is a measure of deformation, while stress is a measure of force per unit area.