for structural reliability

USAGE SUMMARY

The phrase "for structural reliability" is correct and usable in written English.
It can be used in contexts related to engineering, construction, or any field where the stability and durability of structures are being discussed. Example: "The design of the bridge was meticulously planned for structural reliability to ensure it can withstand heavy loads and adverse weather conditions."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

48 human-written examples

Influences of elastic property gradient, microstructural heterogeneity and toughness anisotropy at interfaces are addressed, and the implications for structural reliability of layered structures are discussed.

Composites Part B: Engineering

First/second-order reliability method (FORM/SORM) is considered to be one of the most reliable computational methods for structural reliability.

Structural Safety

Both new developments present challenges for structural reliability analysis.

Structural Safety

These methods are also very popular for structural reliability analysis.

Probabilistic Engineering Mechanics

A refined second-order method is presented for structural reliability analysis.

Structural Safety

Several numerical examples are investigated to validate the proposed method for structural reliability analysis.

Structural Safety

Human-verified similar examples from authoritative sources

Similar Expressions

12 human-written examples

This paper presents alternative methods for constructing environmental contours for probabilistic structural reliability analysis of structures exposed to environmental forces such as wind and waves.

Structural Safety

This paper considers essential theoretical concepts and data requirements for engineering structural reliability assessment suitable for the estimation of the safety and reliability of corroding ships, offshore structures and pipelines.

Corrosion Science

For example, a joint probabilistic description is needed to construct environmental contours for probabilistic structural reliability analyses.

Marine Structures

This paper presents a new importance sampling method for efficient structural reliability assessment.

Structural Safety

To address such problems, this paper proposes a cubature collocation based sparse PCE for efficient structural reliability analysis.

Structural Safety

Expert writing Tips

Best practice

When writing about structural design, clearly define the specific loads and environmental conditions the structure is designed to withstand to ensure "for structural reliability" is quantifiable.

Common error

Avoid making unsubstantiated claims about "for structural reliability". Always back up assertions with data, testing results, or established engineering principles.

Linguistic Context

The phrase "for structural reliability" primarily functions as a prepositional phrase modifying a noun or verb. It specifies the purpose or goal of an action or design, indicating that it is intended to ensure the structure's dependability. Ludwig AI validates this usage through numerous examples in scientific and engineering texts.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "for structural reliability" is a common and grammatically correct term predominantly used in scientific and engineering domains. As Ludwig AI confirms, it denotes the purpose of ensuring a structure's dependability and consistent performance. While alternatives like "to ensure structural integrity" or "regarding structural safety" exist, the core meaning revolves around guaranteeing a structure's ability to withstand loads and environmental factors. When employing this phrase, it's crucial to substantiate reliability claims with concrete data and testing to avoid unsubstantiated assertions.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

for structural soundness

Synonymous, but may subtly emphasize the absence of flaws or defects.

to ensure structural integrity

Focuses on the overall soundness and wholeness of a structure, rather than just its reliability.

to guarantee structural integrity

Emphasizes the act of ensuring complete structural soundness.

for structural robustness

Emphasizes the ability of a structure to withstand unexpected stresses or failures.

regarding structural resilience

Emphasizes the ability of a structure to recover quickly from damage or stress.

regarding structural safety

Highlights the safety aspects of a structure, particularly concerning potential hazards.

for structural dependability

Focuses on the consistency and predictability of structural performance over time.

concerning structural durability

Focuses on the longevity and resistance of a structure to wear and tear.

to maintain structural stability

Highlights the importance of preserving the equilibrium and balance of a structure.

in terms of structural performance

Broader term that encompasses all aspects of how a structure functions under load and environmental conditions.

FAQs

How is "for structural reliability" used in technical writing?

In technical writing, "for structural reliability" is commonly used to specify the purpose of a design, analysis, or testing process. For example, "This simulation was performed "for structural reliability" assessment of the bridge under extreme wind conditions."

What are some alternative phrases to "for structural reliability"?

Alternatives include phrases like "to ensure structural integrity", "regarding structural safety", or "concerning structural durability", depending on the specific aspect you want to emphasize.

In what contexts is "for structural reliability" most often used?

"For structural reliability" is most frequently encountered in engineering, construction, and materials science literature, particularly when discussing the design, analysis, and maintenance of structures.

What factors contribute to ensuring "for structural reliability" in a design?

Key factors include material selection, load capacity calculations, environmental considerations, quality control during construction, and regular inspection and maintenance programs.