resist the load

USAGE SUMMARY

The phrase "resist the load" is correct and usable in written English. You can use it in contexts related to physical or metaphorical challenges, such as engineering, fitness, or emotional burdens. For example: "The bridge was designed to resist the load of heavy vehicles." Alternative expressions include "withstand the weight" and "bear the burden."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

4 human-written examples

Additionally, negative loading angles result in compressive normal forces that produce friction to help resist the load.

International Journal of Concrete Structures and Materials

One of the test specimens is designed with a pair of transverse stiffener at mid-span while the other is without any stiffener to resist the load.

Thin-Walled Structures

That means slippage between the fiber and the matrix requires the PE fiber to resist the load compared with steel fiber used in this study, which will be discussed with crack patterns.

International Journal of Concrete Structures and Materials

It reveals that the middle girder (girder 3) will take the most truck load, while the side girder will not contribute much to resist the load in the case of the given load position.

Journal of Modern Transportation

Human-verified similar examples from authoritative sources

Similar Expressions

56 human-written examples

The test therefore confirmed that the support structure can resist the loading as per MSA EN61400-2 2006 [32].

International Journal of Energy and Environmental Engineering

Buried concrete pipes are load bearing structures that need to resist the loads imposed by the surrounding ground.

Tunnelling and Underground Space Technology

The loading scenarios incorporate the effect of gravity and lateral loading, and the computer simulations demonstrate the effectiveness of the container walls and roof to resist the loads.

Engineering Structures

After having been prestressed, most of the structural members become tension member under working load so that smaller cross-section is enough to resist the loading.

Advances in Steel Structures (ICASS '02) Proceedings of the Third International Conference on Advances in Steel Structures 9–11 December 2002, Hong Kong, China

This is possible because of the high strength-to-weight ratio and in-plane stiffness of the CLT panels, and the capacity of connections to resist the loads with ductile deformations and limited impairment of strength.

Engineering Structures

If the loading on the particular bone increases the bone will remodel itself over the time to be stronger to resist the loading [ 41].

BioMed Research International

Do notochordal cell-deficient discs therefore fail to resist the loads imposed by daily life over time due to biomechanical or biochemical reasons - or both?

Arthritis Research and Therapy

Expert writing Tips

Best practice

When using "resist the load" in technical writing, clearly define what type of load is being resisted (e.g., axial load, shear load, bending load) to provide clarity and precision.

Common error

Avoid using "resist the load" in vague contexts. Instead of saying "the system must resist the load", specify what load and how it is being resisted to provide a more informative and actionable statement.

Linguistic Context

The primary grammatical function of "resist the load" is as a verb phrase. It describes the action of opposing or withstanding a force or burden. Ludwig's examples show it used in contexts where something is actively preventing damage or deformation.

Expression frequency: Rare

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "resist the load" is a grammatically correct verb phrase used to describe the ability to withstand force or pressure, according to Ludwig. It appears most frequently in scientific contexts, especially in engineering and materials science, where structural integrity is discussed. While the phrase is acceptable, it is uncommon in general usage. To improve clarity, specify the type of load being resisted. Ludwig provides example sentences from reliable sources that illustrate this technical usage.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

withstand the force

Focuses on enduring a force, highlighting the ability to remain unaffected.

bear the weight

Emphasizes supporting a heavy load, highlighting the capacity to carry.

endure the pressure

Highlights the capacity to tolerate sustained pressure without breaking.

counteract the stress

Focuses on actively neutralizing the effects of stress.

oppose the strain

Highlights the action of working against a force that causes deformation.

hold up against the pressure

Suggests maintaining structural integrity under pressure.

stand up to the weight

Implies resisting and remaining upright despite a heavy weight.

defy the force

Suggests a bold resistance against a strong force.

buffer the impact

Focuses on mitigating the effects of a sudden force.

mitigate the stress

Highlights the action of alleviating the effects of stress.

FAQs

What does "resist the load" mean in engineering?

In engineering, "resist the load" refers to the ability of a structure or material to withstand applied forces or stresses without failure. This can involve various mechanisms, such as distributing the load, utilizing strong materials, or employing specific structural designs.

What are some synonyms for "resist the load"?

Some synonyms for "resist the load" include "withstand the force", "bear the weight", and "endure the pressure". The best alternative depends on the specific context.

How can I use "resist the load" in a sentence?

You can use "resist the load" to describe a structure's capability. For example, "The bridge was designed to resist the load of heavy vehicles" or "The material's strength allows it to resist the load without deforming."

What factors influence a structure's ability to "resist the load"?

Factors influencing a structure's ability to "resist the load" include the material's properties (strength, elasticity), the structural design (shape, support), and the type and magnitude of the applied load (static, dynamic, axial, shear).