ultimate elongation

USAGE SUMMARY

The phrase "ultimate elongation" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or physical properties of materials, referring to the maximum stretch or deformation a material can undergo before breaking. Example: "The ultimate elongation of the polymer was measured to determine its suitability for the application in flexible electronics."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

38 human-written examples

A decrease in ultimate elongation and an increase in elastic modulus were observed.

Polymer

The largest ultimate elongation occurs at 13IPDI/13H6XDI/13 XDI ternary diisocyanate-mixed WPU.

Polymer

as they exhibited low tensile strength (6 15 MPa) and/or ultimate elongation (30 400%).

Polymer

The ultimate elongation of the mica composites was comparable to that of glass spheres.

Polymer

The ultimate elongation εR and the EWF plastic work characteristic βwp first increase and then decrease.

Polymer

Tensile coupon tests were conducted to determine the yield strength, ultimate strength, elastic modulus, ultimate elongation and stress-strain curves.

Journal of Constructional Steel Research

Human-verified similar examples from authoritative sources

Similar Expressions

22 human-written examples

The obtained results indicated a significant improvement in both the strength (yield and ultimate) and elongation to fracture of the processed material.

Materials Science and Engineering: A

However, temperature did not influence tensile properties such as yield strength, ultimate strength, elongation, reduction in area, and work hardening rate or fracture features in DSA regime.

Acta Materialia

The properties of an ethylene propylene diene (EPDM) terpolymer, oven aged at 140°C, were first characterized by traditional mechanical and solution measurements including ultimate tensile elongation, tensile strength, tensile modulus, gel fraction, solvent uptake and density.

Polymer

With increase of the degree of corrosion, the yield strength, ultimate strength and elongation of stainless steel bar gradually degenerated, and especially significant for the degradation of elongation.

Construction and Building Materials

We experimentally show that incorporating MWCNTs into the tube structure significantly increases their ultimate strength and elongation.

Polymer

Expert writing Tips

Best practice

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

Common error

Avoid using "ultimate elongation" interchangeably with yield strength. "Ultimate elongation" refers to the maximum strain before fracture, while yield strength indicates the point at which a material begins to deform permanently.

Linguistic Context

The phrase "ultimate elongation" functions primarily as a noun phrase that identifies a material property. Ludwig AI analysis confirms its role in describing the extent to which a material can be stretched before it fractures. Examples show it being used in the context of scientific research, materials testing, and engineering design.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "ultimate elongation" is a well-established term in materials science and engineering, denoting the maximum strain a material can withstand before fracturing. Ludwig AI confirms its grammatical correctness and common usage in scientific contexts. While the phrase is highly specific and technical, understanding its meaning and proper usage is crucial for anyone working with material properties. Remember to specify test conditions when reporting "ultimate elongation" values and avoid confusing it with other related terms like yield strength. Its consistent use across numerous scientific publications highlights its importance in material characterization.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

elongation at break

Specifies the point at which elongation is measured.

elongation to failure

Focuses on the elongation leading directly to failure.

tensile elongation at failure

Adds context of tensile force and emphasizes the failure point.

maximum strain

Replaces 'elongation' with 'strain' for a more physics-focused term.

fracture strain

Highlights the strain experienced at the point of fracture.

breaking strain

Emphasizes the strain at the point of breaking.

maximum percentage of elongation

Emphasizes the relative change in length.

limit of extension

Uses 'extension' instead of 'elongation', focusing on the limit.

material's stretch limit

Rephrases to focus on the material and its limitation in stretching.

maximum distension

Uses 'distension', implying expansion in all directions rather than just length.

FAQs

How is "ultimate elongation" measured?

"Ultimate elongation" is typically measured using a tensile test, where a sample is stretched until it breaks. The elongation at the point of fracture is recorded and expressed as a percentage of the original length.

What factors affect "ultimate elongation"?

Factors such as temperature, strain rate, material composition, and processing methods can all affect "ultimate elongation". For example, increasing temperature often increases "ultimate elongation" in polymers, while corrosion reduces "ultimate elongation" in steel.

What is the difference between "ultimate elongation" and "tensile strength"?

"Ultimate elongation" measures how much a material can stretch before breaking, while tensile strength measures the maximum stress a material can withstand while being stretched before breaking. They are related but distinct properties. High tensile strength does not necessarily mean high "ultimate elongation", and vice versa.

What are some synonyms for "ultimate elongation"?

Synonyms for "ultimate elongation" include "elongation at break", "maximum strain", and "fracture strain". The specific term used may depend on the context and the field of study.