for structural integrity

USAGE SUMMARY

The phrase "for structural integrity" is correct and usable in written English.
It can be used when discussing the strength and stability of a structure, often in engineering or construction contexts. Example: "The design of the bridge was carefully calculated for structural integrity to ensure it could withstand heavy loads and environmental factors."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

Among other things, "Impact-Echo" and "Impulse Response" seem to be one of more promising diagnostic techniques for structural integrity testing of concrete structures.

Procedia Engineering

The fact that TERRA associates with telomeres suggests that TERRA may be an integral part of the telomere and could potentially be important for structural integrity.

EMBO Journal

I tested the idea for structural integrity and whatnot.

The New York Times

Each factory is inspected for structural integrity and fire and electrical safety.

The Guardian

During the construction and pre-flight testing, AeroVelo devised software that could both simulate aerodynamics and test for structural integrity.

The New Yorker

For example, bridges and buildings are being monitored for structural integrity by small sensors.

The Economist

Buildings in the vicinity, many of which date from early in the 20th century, will have to be tested for structural integrity.

The New York Times

It is already being adapted to look for faults in microelectronic circuits, and it might eventually be used to test mechanical components made of stainless steel or carbon fibre for structural integrity.

The Economist

Residual stress estimation is an important question for structural integrity.

International Journal of Solids and Structures

Comparative 29Si NMR of the various bioglass samples was elucidated for structural integrity evaluation.

Colloids and Surfaces A: Physicochemical and Engineering Aspects

Nowadays fracture mechanics has become a fundamental tool for structural integrity engineering.

Fracture and Fatigue of Welded Joints and Structures

Expert writing Tips

Best practice

When designing or assessing structures, always specify the standards or codes used to evaluate "for structural integrity". This provides a measurable benchmark for safety and compliance.

Common error

Avoid solely relying on visual inspections to determine "for structural integrity". Complement visual checks with non-destructive testing methods like ultrasonic testing or radiography to detect hidden flaws.

Linguistic Context

The phrase "for structural integrity" primarily functions as an adverbial phrase, modifying verbs or clauses to indicate the reason or purpose behind an action related to building or maintaining structures. Ludwig AI confirms its role in specifying the intention behind engineering practices.

Expression frequency: Very common

Frequent in

Science

55%

News & Media

40%

Formal & Business

5%

Less common in

Ludwig's WRAP-UP

The phrase "for structural integrity" is a common and grammatically correct phrase used primarily in science and news contexts, as highlighted by Ludwig AI. It acts as an adverbial phrase emphasizing the importance of safety, reliability, and durability in structural design and maintenance. While simpler alternatives like "for stability" or "to ensure strength" exist, "for structural integrity" provides a comprehensive focus on the multifaceted aspects of a structure's robustness. Remember to specify standards and use non-destructive testing to avoid visual inspection errors. Given its frequency and the assessment from Ludwig, writers can confidently use this phrase in relevant professional and technical communications.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

to ensure structural soundness

Replaces "integrity" with "soundness", emphasizing the reliable condition of the structure.

to maintain structural stability

Focuses on the aspect of stability, which is a key component of structural integrity.

for maintaining structural robustness

Highlights the aspect of being strong and unlikely to fail, another facet of integrity.

to guarantee structural strength

Emphasizes the strength aspect of the structure being discussed.

for the sake of structural durability

Switches the focus to durability, which implies a long-lasting structural integrity.

to preserve structural safety

Shifts the focus to the safety implications of maintaining the structure.

in the interest of structural reliability

Emphasizes the reliability of the structure, indicating consistent performance.

aiming at structural resilience

Highlights the capacity of the structure to recover quickly from difficulties.

with regard to structural form

Focuses on the aspect of a building, structure or object and its shape and dimensions.

considering structural health

Takes a more holistic approach by considering the overall well-being of the structure.

FAQs

How is the phrase "for structural integrity" typically used in a sentence?

The phrase "for structural integrity" is commonly used to describe the purpose or reason behind a design, test, or maintenance procedure, especially in engineering and construction. For instance, "The bridge was designed "for structural integrity" to withstand heavy traffic".

Are there simpler alternatives to "for structural integrity"?

Yes, depending on the context, you could use phrases like "for stability", "to ensure strength", or "for durability". The best choice will depend on which aspect of "structural integrity" you want to emphasize.

What does "structural integrity" mean?

"Structural integrity" refers to the ability of a structure to withstand applied loads without failing or deforming excessively. It encompasses strength, stability, and durability.

How can I test "for structural integrity"?

There are several testing methods available, ranging from visual inspections to non-destructive testing (NDT) techniques like ultrasonic testing and radiography. The appropriate method depends on the type of structure and the potential failure modes.