non-destructive testing

USAGE SUMMARY

The phrase "non-destructive testing" is correct and usable in written English.
It is typically used in contexts related to engineering, manufacturing, and quality control to refer to methods that evaluate materials or components without causing damage. Example: "The engineers conducted non-destructive testing to ensure the integrity of the bridge before opening it to traffic."

✓ Grammatically correct

Science

Academia

News & Media

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

Non-destructive testing problems are studied.

Computers & Structures

Non-destructive testing of hard-coatings is highly desirable.

Surface and Coatings Technology

This chapter provides an overview on non-destructive testing.

Instrumentation Reference Book

Accordingly, non-destructive testing has an increasingly important role.

Instrumentation Reference Book

Non-destructive testing is not confined to manufacture.

Instrumentation Reference Book

These two innovative non-destructive testing methods have distinguished merit.

Construction and Building Materials

In-service integrity checks are commonly performed using ultrasonic non-destructive testing.

Nature

Sound waves have also become a valuable tool for the non-destructive testing of materials.

University of California, Berkeley

This paper presents a new planar matrix eddy currents probe intended for non-destructive testing.

Measurement

The main method of the non-destructive testing of the selected eddy current.

Procedia Engineering

Examples of the non-destructive testing and the façade diagnostics obtained with the system are presented.

Expert Systems with Applications

Expert writing Tips

Best practice

When writing about "non-destructive testing", be specific about the method used (e.g., ultrasonic, radiographic, thermal) to provide clarity and context.

Common error

Avoid using "non-destructive testing" as a catch-all phrase. Instead, specify the technique employed and the particular properties or defects being assessed to avoid ambiguity.

Linguistic Context

The phrase "non-destructive testing" functions as a noun phrase often acting as the subject or object of a sentence. It describes a category of testing methods that evaluate materials without causing damage. Ludwig shows its prevalent use across scientific and engineering contexts.

Expression frequency: Very common

Frequent in

Science

73%

Academia

13%

News & Media

8%

Less common in

Formal & Business

3%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "non-destructive testing" is a very common and grammatically correct term used to describe evaluation methods that preserve the integrity of materials. Ludwig AI confirms its widespread use in scientific, academic, and engineering contexts. To enhance clarity, specify the particular NDT technique being used. While alternatives like "non-destructive evaluation" exist, sticking to "non-destructive testing" remains the clearest and most widely understood option in technical writing. By doing so, you can ensure that your writing is accurate, informative, and aligned with the established standards in these fields.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Non-destructive evaluation

Focuses on the evaluative aspect of the testing process, emphasizing the assessment rather than the method.

Non-invasive testing

Emphasizes the lack of intrusion or alteration during the testing process, highlighting the minimal impact.

Integrity testing

Highlights the purpose of the testing: to verify the soundness and reliability of a material or structure.

Quality assurance testing

Connects the testing process to the broader goal of maintaining quality standards and preventing defects.

Material characterization

Shifts the focus to understanding the properties of a material, which can be achieved through non-destructive means.

Condition monitoring

Focuses on the continuous or periodic assessment of an asset's state without disrupting its operation.

Structural health monitoring

Highlights the use of sensors and data analysis to detect damage and degradation in structures.

Flaw detection

Emphasizes the identification of imperfections or weaknesses in a material or component.

Damage assessment

Focuses on quantifying the extent and nature of any damage present in a material or structure.

Component analysis

Broadens the scope to include the examination of individual parts to ensure their functionality and reliability.

FAQs

How is "non-destructive testing" used in a sentence?

The phrase "non-destructive testing" is typically used to describe methods of evaluating the properties of a material or component without causing damage to it. For example: "The engineers used "ultrasonic testing" as a form of "non-destructive testing" to check for flaws in the metal."

What are some alternatives to "non-destructive testing"?

Depending on the context, you could use phrases like "non-destructive evaluation", "non-invasive testing", or "integrity testing".

What are common "non-destructive testing" methods?

Common "non-destructive testing" methods include "ultrasonic testing", radiographic testing, "eddy current testing", "thermal testing", and visual inspection.

What is the purpose of "non-destructive testing"?

The purpose of "non-destructive testing" is to assess the integrity, quality, or properties of a material or component without altering or damaging it, allowing for continued use or further analysis.