shock resistance

USAGE SUMMARY

The phrase "shock resistance" is correct and usable in written English.
It can be used to describe the ability of an object, such as a watch or electronic device, to withstand impacts or shocks without being damaged. Example: "This watch features advanced shock resistance, making it ideal for outdoor activities and sports."

✓ Grammatically correct

Science

Encyclopedias

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

It possesses good thermal conductivity, heat and shock resistance, and high electrical resistivity at elevated temperatures.

Britannica

Technological properties including hardness and thermal shock resistance were investigated.

Ceramics International

The composite coating shows excellent thermal shock resistance.

Surface and Coatings Technology

The thermal shock resistance of the coatings was investigated.

Surface and Coatings Technology

Thick α-Ta coating exhibits good thermal shock resistance.

Surface and Coatings Technology

Water quench test was applied to determine thermal shock resistance.

Construction and Building Materials

In addition, high QP content increased the thermal shock resistance.

Construction and Building Materials

They therefore improve the cold shock resistance of the ceramic.

Acta Materialia

They also exhibit great thermal shock resistance because of their high thermal conductivity.

Encyclopedia Britannica

Improved thermal shock resistance is obtained by using Pyrex-type sodium borosilicates or vitreous silica.

Encyclopedia Britannica

This glass possesses high thermal shock resistance and excellent laser properties.

Journal of Alloys and Compounds

Expert writing Tips

Best practice

When describing a product's features, quantify the "shock resistance" using specific metrics (e.g., G-force rating, drop height) to provide concrete information to potential buyers.

Common error

Avoid using "shock resistance" to describe a device's ability to withstand water exposure. "Shock resistance" refers to protection against physical impacts, while water resistance indicates protection against water damage. Choose the appropriate term to accurately reflect the protective feature.

Linguistic Context

The phrase "shock resistance" functions primarily as a noun phrase, often acting as a subject or object within a sentence. As demonstrated by Ludwig, it describes the ability of a material or device to withstand sudden impacts or forces.

Expression frequency: Very common

Frequent in

Science

84%

Encyclopedias

10%

Formal & Business

2%

Less common in

News & Media

1%

Academia

1%

Wiki

1%

Ludwig's WRAP-UP

In summary, "shock resistance" is a common and grammatically correct noun phrase that describes the ability to withstand sudden impacts. Ludwig AI highlights its frequent use in scientific and technical contexts, as well as in product descriptions. While "impact resistance" is a closely related term, "shock resistance" is generally broader. When writing about this topic, be specific about the type of shock and, where possible, quantify the resistance using relevant metrics. Be careful not to confuse it with water resistance. Overall, it is mostly used in Science, Engineering and Materials contexts.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Impact resistance

Focuses specifically on the ability to withstand sudden forceful impacts.

Ability to withstand impact

Emphasizes the capability of a material or object to endure an impact event.

Impact strength

Emphasizes the material's ability to absorb energy during an impact without fracturing.

Thermal shock resistance

Specifically refers to the ability to withstand rapid temperature changes without failure.

Vibration resistance

Highlights the capacity to endure sustained oscillatory motion without degradation.

Durability under stress

Broadly describes the ability to maintain functionality under various forms of stress, including shock.

Resistance to sudden force

Describes a general ability to withstand abrupt and powerful forces.

Hardness and toughness

Highlights two key material properties that contribute to overall resistance to physical damage.

Structural integrity

Refers to the ability of a structure to maintain its shape and functionality under duress.

Tolerance to sudden jolts

Describes the capacity to withstand abrupt, jarring movements without damage.

FAQs

How do you measure "shock resistance"?

Measuring "shock resistance" typically involves subjecting a material or device to controlled impacts and assessing the resulting damage or functional impairment. Common methods include drop tests, impact tests, and vibration tests, with results quantified using metrics like G-force or energy absorption.

What materials commonly offer good "shock resistance"?

Materials like tempered glass, certain polymers, and reinforced composites are frequently used in applications requiring high "shock resistance". Material selection depends on factors like cost, weight, and the specific impact conditions expected.

Is "shock resistance" the same as /s/impact+resistance?

While the terms are often used interchangeably, "shock resistance" generally refers to a broader ability to withstand sudden forces, whereas "impact resistance" more specifically describes the ability to withstand a high-force collision.

How can I improve the "shock resistance" of a product?

Improving "shock resistance" can involve several strategies, including using more resilient materials, incorporating cushioning or damping mechanisms, and optimizing the structural design to distribute impact forces more effectively.