limit of collapse

USAGE SUMMARY

The phrase "limit of collapse" is correct and usable in written English.
It can be used in contexts discussing structural integrity, systems failure, or any scenario where a threshold is reached before failure occurs. Example: "Engineers must determine the limit of collapse for the bridge to ensure it can withstand extreme weather conditions."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

1 human-written examples

A unique model of the drift limit of collapse under axial load as a function of the reinforcement ratio is put forward for performance based design and assessment.

Engineering Structures

Human-verified similar examples from authoritative sources

Similar Expressions

59 human-written examples

The procedure involves conversion of a load controlled boundary value problem to a velocity controlled problem at the limit state of collapse.

Underground Space

The seismic safety is studied in detail, using limit analysis of collapse mechanisms as preliminary safety assessment.

Engineering Structures

Naturally, as the limit state of collapse is approached, the conventional influences of loading and structural strength and stiffness (reduced by heating) will once again begin to dominate the response.

Cement and Concrete Composites

This study presents a proposal for a probabilistic model for multi-hazard risk associated with the limit state of collapse for a reinforced concrete (RC) structure subjected to blast threats in the presence of seismic risk.

Structural Safety

FEMA P695 (2009) suggests a limit of 10% probability of collapse conditioned on the occurrence of the MCE hazard level for a group of buildings, and 20% for individual buildings.

International Journal of Advanced Structural Engineering

Were it not for their three Super Bowl victories, the Giants' main role in N.F.L. history would be to define the limits of Titanic collapses.

The New York Times - Sports

They provide additional circumferential rigidity and thus impede downstream propagation of collapse, limiting the damage to the length of pipe separating the two arrestors.

International Journal of Mechanical Sciences

Results indicate that approximately 99% of the failure modes identified in the pushover analyses also appeared in the IDAs, implying high accuracy for the assessment of collapse limit-state based on the proposed failure-mode-based procedure.

Engineering Structures

These diagrams yield that for a constant knee length with reduced moment of inertia, the probability of collapse in limit states heightens and also for a constant knee moment of inertia with increasing length, the probability of collapse in limit states increases.

International Journal of Advanced Structural Engineering

The proposed α-level mathematical programming scheme preserves the quality of sharpness of the bounds of collapse load limit at each α-sublevel, which consequently provides a rigorous evaluation on the fuzzy profile of the safety of engineering structures against structural collapse.

Fuzzy Sets and Systems

Expert writing Tips

Best practice

When writing technical documentation, clearly define the specific conditions that constitute the "limit of collapse" for the structure or system under consideration to avoid ambiguity.

Common error

Avoid using "limit of collapse" and "near collapse" interchangeably. "Limit of collapse" refers to the precise threshold, while "near collapse" suggests a state close to, but not yet at, the point of failure.

Linguistic Context

The phrase "limit of collapse" functions as a noun phrase, often used in technical contexts to denote the threshold beyond which a structure or system will fail. This is supported by Ludwig's examples, which show its use in scientific and engineering literature.

Expression frequency: Rare

Frequent in

Science

75%

News & Media

15%

Wiki

10%

Less common in

Formal & Business

0%

Encyclopedias

0%

Reference

0%

Ludwig's WRAP-UP

The phrase "limit of collapse" signifies the critical threshold at which a structure or system fails. Ludwig AI confirms its grammatical correctness and usage in technical contexts, particularly within science and engineering. While infrequent, understanding its precise meaning is crucial in fields concerned with structural integrity and safety. Related terms include "collapse threshold" and "failure point". When using this phrase, ensure clarity and precision, especially in technical documentation, and differentiate it from terms like "near collapse".

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

collapse threshold

Focuses on the specific point at which collapse initiates, rather than the general limit leading to it.

failure point

Emphasizes the moment of failure, a more general term that can apply to various systems, not just structural ones.

breaking point

Indicates the exact instant when something breaks or collapses, often implying suddenness.

ultimate load capacity

Highlights the maximum load a structure can bear before collapsing, focusing on load as the limiting factor.

structural failure limit

Specifies that the limit refers to structural failure, adding clarity in contexts where 'collapse' might be ambiguous.

point of structural integrity loss

Describes the condition of losing the resistance capabilities of a certain component.

maximum sustainable load

Highlights the load that can be continuously applied.

yield strength

Refers to the stress at which a material begins to deform permanently, leading to eventual collapse under sustained load.

elastic limit

Describes the maximum stress a solid material can withstand without permanent deformation.

critical failure load

Refers to the failure of a structure or component.

FAQs

How is "limit of collapse" determined in structural engineering?

The "limit of collapse" in structural engineering is typically determined through a combination of analytical calculations, experimental testing, and simulations, considering factors like material properties, structural design, and potential loads.

What are the consequences of exceeding the "limit of collapse"?

Exceeding the "limit of collapse" typically results in structural failure, which can range from localized damage to complete breakdown, potentially leading to safety hazards and economic losses.

How does the "limit of collapse" relate to safety factors in design?

Safety factors are applied to design parameters to ensure that the actual stresses and loads on a structure remain well below the calculated "limit of collapse", providing a margin of safety to account for uncertainties and variations.

What are some alternative ways to describe the "limit of collapse" in a less technical context?

In a less technical context, the "limit of collapse" can be described as the "breaking point", "failure threshold", or the "point of no return" for a structure or system.