maximum strain before fracture

USAGE SUMMARY

The phrase "maximum strain before fracture" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or physics when discussing the limits of material strength. Example: "The engineers conducted tests to determine the maximum strain before fracture of the new composite material."

✓ Grammatically correct

Science

Human-verified similar examples from authoritative sources

Similar Expressions

60 human-written examples

Maximum strain before rupture, hysteresis in the stress-strain curves, toughness and fatigue are mechanical properties that need to be better understood in future soft materials research.

Advanced Materials

With two clamps, however, the maximum strain at final fracture, (bar {varepsilon }_{text {final}}), decreased with increased tool clearance.

International Journal of Mechanical and Materials Engineering

The localized strains before fracture – as recorded by digital image correlation – of stretch formed aluminum foils are presented and the strain evolution is examined.

Journal of Materials Processing Technology

The medium-strength material is also more ductile and withstands larger strains before fracture.

International Journal of Mechanical and Materials Engineering

The first 2 femurs to be fractured, fractured with maximum strain recorded at the distal Gruen zones, suggesting that the distal tip of the impactor was levering on the bone.

Acta Orthopaedica

All hydrogels displayed a pronounced strain hardening before fracture and a strain dependent hysteresis but the magnitude of these effects depended on the details of the composition.

Polymer

The composites were designed to exhibit obvious residual resistance resulting from fiber fracture, by which maximum strain was memorized after loading unloading cycles.

Composites Science and Technology

Egg shell strength is the maximum force recorded before fracture of the shell (ESS in N).

Genetics, Selection, Evolution

In 19 femurs, the maximum strain was recorded from the strain gauge at or closest to the fracture.

Acta Orthopaedica

Open image in new window Fig. 7 Comparison of Cauchy and Hencky strain measures for the medium strength material and 0.15h clearance using one clamp (left panels) and two clamps (right panels) right before fracture.

International Journal of Mechanical and Materials Engineering

Maximum strain and deflection values for various gaps in (b) and (c) are their maximum achievable values right before the pull-in occur.

Nature

Expert writing Tips

Best practice

When discussing material properties, always specify the conditions under which the "maximum strain before fracture" was determined, such as temperature, strain rate, and loading type.

Common error

Avoid interchanging "strain" (deformation) with "stress" (force causing deformation). "Maximum strain before fracture" refers to the deformation a material can withstand, not the force applied.

Linguistic Context

The phrase "maximum strain before fracture" functions as a technical term in materials science and engineering. It describes a material's ability to deform under stress before breaking. Ludwig AI confirms its usability and correctness in technical writing.

Expression frequency: Missing

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Ludwig's WRAP-UP

In summary, "maximum strain before fracture" is a key concept in materials science and engineering, denoting the maximum deformation a material can endure prior to breaking. Ludwig AI confirms its grammatical correctness and typical usage in technical contexts. While not frequently found in general language, its precise meaning is crucial in scientific and engineering applications. Related terms include "ultimate strain at failure" and "critical strain for fracture". Understanding this term helps predict material behavior and ensure structural integrity in various applications.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

ultimate strain at failure

Replaces "fracture" with "failure" emphasizing the end result of material breakdown.

strain at point of rupture

Uses "rupture" instead of "fracture", providing a slightly different nuance to the breaking event.

failure strain threshold

Focuses on the strain level that triggers failure, framing it as a limit or boundary.

critical strain for fracture

Highlights the 'critical' nature of the strain leading to fracture.

strain tolerance limit

Indicates the maximum strain a material can endure before damage occurs.

fracture strain capacity

Emphasizes the material's ability to withstand strain up to the point of fracture.

maximum elongation before breaking

Describes the event in terms of "elongation" and "breaking", useful in more descriptive contexts.

elastic limit prior to fracture

Specifies the strain limit within the elastic region before fracture initiates.

yield strain before failure

Connects yield strain to the onset of failure providing additional context.

peak strain before breakage

Uses "peak" and "breakage" for a slightly less formal tone than "maximum strain before fracture".

FAQs

How is "maximum strain before fracture" typically measured?

It's often determined through tensile testing, where a material sample is subjected to increasing tensile force until it fractures. Strain gauges or extensometers measure the deformation, providing data to calculate the maximum strain just before the "point of fracture".

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

Temperature, strain rate, material composition, and pre-existing defects significantly influence a material's "maximum strain before fracture". Higher temperatures generally reduce it, while slower strain rates can increase it in some materials.

What's the difference between "maximum strain before fracture" and tensile strength?

"Maximum strain before fracture" is a measure of deformation, whereas tensile strength is the maximum stress a material can withstand before breaking. They are related, but distinct properties; one measures deformation, the other force per unit area.

What are some synonyms for "maximum strain before fracture"?

Alternatives include "ultimate strain at failure", "fracture strain capacity", or "critical strain for fracture", depending on the specific context and emphasis you want to convey.