affected by a point load

USAGE SUMMARY

The phrase "affected by a point load" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or structural analysis when discussing how a specific load impacts a structure or material. Example: "The beam was significantly affected by a point load applied at its center, leading to noticeable deflection."

✓ Grammatically correct

Engineering

Physics

Structural Analysis

Human-verified similar examples from authoritative sources

Similar Expressions

60 human-written examples

The beams were loaded to failure 18 months from concrete casting by a point load applied at mid-span.

Engineering Structures

Summer mean concentrations of total P (TP) during 1990 2001 in surface water were (i) 6.8±1.8 μg 1−1 in reference lakes, (ii) 24±5 μg 1−1 in lakes affected by point loading, (iii) 58±32 μg l−1 in agricultural lakes, (iv) 14±2.2 μg l−1 in representative lakes and (v) 11±2.1 μg l−1 in large lakes.

Science of The Total Environment

So your credit score would be less affected by a high debt load of student loans than by a high amount of credit card debt.

HuffPost

They compared the cases with both a pressure load and a point load and found that by setting the effective spring constant to zero, the model has a good fit with the profile of displacement with the pressure loading.

BioMed Research International

Field, In physics, a region in which each point is affected by a force.

Encyclopedia Britannica

Nearly one in four individuals globally will be affected by a mental health issue at some point in their life.

HuffPost

This end point is affected by a range of factors on several levels.

BMC Public Health

Locality of edges is affected by a small subset of the total point set.

Bioinformatics

The number of dripping points and their watershed area were significantly affected by a reduction in the number of digitised points used for the leaf description.

Agricultural and Forest Meteorology

First and last data points are affected by a reduced sample size (Supplementary Table 1).

Nature

Statistics point to 2.5 billion people worldwide affected by a lack of access to proper sanitation.

Massachusetts Institute of Technology

Expert writing Tips

Best practice

When describing structural behavior, clearly define the nature and location of the "point load" to provide precise information about its effect. For example: 'The column was significantly "affected by a point load" applied at its mid-height, resulting in buckling.'

Common error

Avoid using "affected by a point load" when the load is distributed over an area. Use more accurate descriptions like "subjected to a distributed load" or "experiences a uniform pressure" to reflect actual conditions.

Linguistic Context

The phrase "affected by a point load" functions as a passive construction used to describe how a structure or material responds to a concentrated force. Based on Ludwig AI's analysis, it clearly and directly communicates this impact.

Expression frequency: Missing

Frequent in

Science

0%

News & Media

0%

Formal & Business

0%

Less common in

Science

0%

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

In summary, the phrase "affected by a point load" is a grammatically sound passive construction commonly used in technical fields like engineering and physics. Ludwig AI confirms its correctness and usability. While examples are currently missing, the phrase describes how a concentrated force impacts a structure or material. For related concepts, consider alternatives such as "influenced by a concentrated load" or "subjected to a localized load". When using this phrase, ensure you clearly define the "point load" and avoid overgeneralizing load conditions. Overall, "affected by a point load" provides a precise way to communicate the impact of concentrated forces in technical contexts.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

influenced by a concentrated load

Replaces "affected" with "influenced" and "point" with "concentrated" for similar meaning.

is influenced by a concentrated force

Combines elements of previous alternatives, using "influenced" and "concentrated force".

impacted by a single force

Uses "impacted" instead of "affected" and specifies "single force" instead of "point load".

subjected to a localized load

Replaces "affected by" with "subjected to" and uses "localized load" to convey the concentrated nature.

experiences a concentrated force

Changes the structure to emphasize the experience of the force.

responds to a pinpoint load

Focuses on the response and uses "pinpoint load" for emphasis.

reacts to a specific load

Highlights the reaction to the load and broadens the term to "specific load".

undergoes stress from a focused load

Emphasizes the stress resulting from the load.

bears the brunt of a point force

Implies that the object is taking a direct impact, making it a more emphatic, or figurative, option.

is stressed by a localized pressure

Changes the term to the context of localized pressure impacting the structure.

FAQs

How can I rephrase "affected by a point load" to sound more formal?

You could use alternatives such as "influenced by a concentrated load" or "subjected to a localized load", which offer a more technical tone.

What does it mean for a structure to be "affected by a point load"?

It means that the structure experiences stress, strain, or deformation due to a force concentrated at a single point. This is in contrast to a distributed load, which is spread out over an area.

In what contexts is the phrase "affected by a point load" commonly used?

This phrase is often used in engineering, physics, and structural analysis when discussing the behavior of materials and structures under specific loading conditions.

How does a "point load" differ from other types of loads in structural engineering?

A "point load" is concentrated at a single location, while other loads, such as "distributed load" or uniform load, are spread out over an area. This distinction is crucial for calculating stresses and deflections within a structure.