safe design

USAGE SUMMARY

The phrase "safe design" is correct and usable in written English.
You can use it to refer to the practice of designing products and systems that reduce the risk of harm. For example, "The company's goal is to create a safe design for their new vehicle."

✓ Grammatically correct

Science

News & Media

Academia

Human-verified examples from authoritative sources

Exact Expressions

56 human-written examples

Inherently Safe Design.

Stanford University

The most important feature of a safe design is that it "fails safe".

The Economist

That freedom and flexibility lead to a more efficient and safe design.

Massachusetts Institute of Technology

Their structural performance and safe design is hence related to the optimal combination of several parameters, including material properties and degradation, geometrical ratios, connections type and features, etc.

Composite Structures

It presents the different problems which have to be taken into account to assess the correct and safe design of towers, damping devices, insulator suspension and tension sets.

Journal of Wind Engineering and Industrial Aerodynamics

In part I a model and criteria have been developed for the safe design and operation of cooled tubular reactors for multiple reactions of the parallel type.

Chemical Engineering Science

"Safe: Design Takes On Risk," a meditation on contemporary design's response to a dangerous world, opens at the Museum of Modern Art on Oct. 16.

The New York Times

Human-verified similar examples from authoritative sources

Similar Expressions

4 human-written examples

Designers and customers are looking for solutions that provide a moisture-safe design.

Building and Environment

Axles are one of the most important components in railway vehicle with regard to safety, since a fail-safe design is not available.

International Journal of Fatigue

*Wear of parts was considered inevitable by the regulators and the builders but not considered contradictory to the requirement for a fail-safe design.

The New York Times

This paper introduces a fail-safe design methodology for large-capacity lithium-ion battery systems.

Journal of Power Sources

Expert writing Tips

Best practice

When describing designs, specify which aspects are "safe" and how the design achieves that safety to provide a better understanding.

Common error

Avoid using "safe design" as a blanket statement without specifying the aspects of safety the design addresses. Instead, elaborate on specific safety features.

Linguistic Context

The phrase "safe design" functions as a noun phrase, where "safe" is an adjective modifying the noun "design". Ludwig confirms its use in diverse contexts. It commonly acts as a subject or object, emphasizing the characteristic of a designed entity.

Expression frequency: Very common

Frequent in

Science

66%

News & Media

18%

Academia

9%

Less common in

Formal & Business

3%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

The phrase "safe design" is a common and grammatically sound term, predominantly used in scientific, news, and academic contexts, to advocate for design practices prioritizing safety. As Ludwig AI confirms, it effectively describes systems and products engineered to minimize risk and ensure user well-being. While generally correct, overgeneralization should be avoided by specifying the aspects of safety the design addresses. Related phrases like "secure design" and "fail-safe design" offer nuanced alternatives for more precise communication. By implementing "safe design" principles, engineers and designers can prevent accidents, enhance product reliability, and meet regulatory standards.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

secure design

Emphasizes security as a key aspect of the design, slightly shifting the focus from general safety.

hazard-free design

Explicitly emphasizes the absence of hazards in the design, directly relating to safety.

fail-safe design

Highlights the design's ability to revert to a safe state in case of failure, focusing on a specific safety mechanism.

safety-conscious design

Emphasizes the awareness and consideration of safety factors throughout the design process.

inherently safe design

Focuses on safety being an integral part of the design from the outset, minimizing hazards rather than mitigating them.

reliable design

Highlights the dependability and trustworthiness of the design, implying a lower risk of failure and thus greater safety.

defensive design

Highlights the design's ability to protect against potential threats, with a specific nuance in protecting the design.

protected design

Emphasizes the design's ability to withstand external threats or damage, contributing to its overall safety.

robust design

Focuses on the design's ability to withstand stress and maintain its integrity, indirectly contributing to safety.

risk-averse design

Highlights the design's cautious approach to potential risks, prioritizing safety over other considerations.

FAQs

What does "safe design" mean in engineering?

In engineering, "safe design" refers to designing systems and products to minimize risks and ensure the well-being of users and the environment. It involves considering potential hazards and implementing measures to prevent accidents and injuries.

How can I implement "safe design" principles?

To implement "safe design" principles, start by identifying potential hazards, then incorporate safety measures early in the design process, and continuously test and refine the design to ensure it meets safety standards. Also, consider human factors and potential user errors.

What are some alternatives to "safe design"?

You can use alternatives like "secure design", "fail-safe design", or "reliable design" depending on the specific context and the aspect of safety you want to emphasize.

Why is "safe design" important?

"Safe design" is crucial for preventing accidents, injuries, and environmental damage. It protects users, ensures regulatory compliance, and enhances the reputation and reliability of products and systems.