load-bearing

USAGE SUMMARY

The phrase "load-bearing" is correct and usable in written English.
It is typically used in construction and engineering contexts to describe a structural element that supports weight or loads. Example: "The architect emphasized the importance of the load-bearing walls in the building's design to ensure stability."

✓ Grammatically correct

Construction

Engineering

Architecture

Human-verified examples from authoritative sources

Exact Expressions

42 human-written examples

Consider what weight the surface can bear to avoid the collapse of load-bearing surfaces.

WikiHow

He has been a load-bearing wall.

The New York Times - Sports

Walls may be classified in three general categories: load-bearing, non-load-bearing, and veneer.

Encyclopedia Britannica

A thick line to indicate a load-bearing wall?

The New York Times

The tiles also cover the squarish load-bearing columns.

The New York Times - Arts

Load-bearing applications should be independently assessed and certified.

The Guardian

Human-verified similar examples from authoritative sources

Similar Expressions

18 human-written examples

That's the non-load-bearing, exertive side.

The New York Times - Travel

Rammed earth has the capacity to be load bearing.

The Guardian

Load bearing anterior column resists compression forces.

Insights into Imaging

Wave springs operate as load bearing devices.

Procedia Materials Science

No load bearing was allowed until callus formation.

Strategies in Trauma and Limb Reconstruction

Expert writing Tips

Best practice

When describing structural elements, clearly specify the type of load or force the element is designed to bear. For example, "This wall is load-bearing for vertical weight only, not lateral forces".

Common error

Avoid using "load-bearing" interchangeably with general terms like "supporting". "Load-bearing" specifically implies that the element is designed to carry a significant structural load, whereas "supporting" can refer to any form of assistance, even non-structural.

Linguistic Context

The phrase "load-bearing" primarily functions as an adjective that modifies a noun, indicating that the noun is capable of supporting a structural load. Ludwig's examples show it commonly describes walls, beams, and columns in construction contexts.

Expression frequency: Common

Frequent in

News & Media

23%

Wiki

15%

Science

38%

Less common in

Encyclopedias

8%

Formal & Business

8%

Social Media

0%

Ludwig's WRAP-UP

In summary, the term "load-bearing" is a grammatically sound and frequently employed adjective, especially within technical contexts such as construction, engineering, and architecture. Ludwig AI confirms its correct usage. As the AI shows, the phrase describes the capability of a structural element to support significant weight or forces. When writing, it's important to use "load-bearing" accurately to indicate that an element is designed to carry a substantial structural load, not just any type of support. Alternatives like "weight-bearing" or "structurally supportive" can be used depending on the specific context and desired level of formality.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

weight-bearing

This alternative directly replaces "load" with "weight", maintaining the same core meaning.

weight-supporting

Similar to "weight-bearing", this explicitly states the ability to support weight.

structurally supportive

This phrase emphasizes the structural role of providing support, focusing on the integrity of a framework.

supporting structure

This alternative highlights the aspect of providing physical support to a structure.

structurally integral

This emphasizes the essential role in maintaining the structure's integrity.

bearing weight

This focuses on the act of carrying weight, rather than being designed for it.

stress-bearing

Focuses on the capacity to withstand stress, implying a broader range of forces beyond simple weight.

compression-resistant

This term specifies the ability to withstand compressive forces, a key aspect of load-bearing elements.

foundation support

Highlights the fundamental support provided, similar to a building's foundation.

force-resistant

This term broadens the scope to resist any type of force, not just weight.

FAQs

How is "load-bearing" used in construction?

In construction, "load-bearing" describes elements like walls, beams, and columns designed to support the weight of the structure above. Removing a "load-bearing" wall without proper support can cause structural collapse.

What materials are typically used for "load-bearing" structures?

Common materials for "load-bearing" structures include reinforced concrete, steel, brick, and engineered wood. The choice depends on the load requirements, design, and local building codes.

What is the difference between "load-bearing" and non-"load-bearing" walls?

"Load-bearing" walls support the weight of the structure above, while non-"load-bearing" walls only support their own weight and can be removed or modified without affecting the building's structural integrity.

What are some synonyms for "load-bearing"?

Alternatives include "weight-bearing", "structurally supportive", or "weight-supporting". The best choice depends on the specific context and desired emphasis.