engineering tolerance

USAGE SUMMARY

The phrase "engineering tolerance" is correct and usable in written English. You can use it in contexts related to manufacturing, design, or quality control where precision and allowable variations are discussed. For example, "The engineering tolerance for this component is set at ±0.01 mm." Alternative expressions include "design tolerance" and "manufacturing tolerance."

✓ Grammatically correct

Science

Engineering

Manufacturing

Human-verified examples from authoritative sources

Exact Expressions

17 human-written examples

The discrepancy between measurements and predictions is within engineering tolerance.

Applied Acoustics

Engineering tolerance specifications impose a challenging maximum radial step between toroidally adjacent MBs of 0.3 mm.

Nuclear Materials and Energy

In contrast with the engineering tolerance region in a multivariate manufacturing process, the multidimensional machining process or the nano-cutting process has a special engineering tolerance called the positional tolerance.

Expert Systems with Applications

This shows that proton paths display engineering tolerance for change as long as all the elements available for functional cooperation secure efficient proton delivery to the catalytic site.

Biochimica et Biophysica Acta (BBA) - Bioenergetics

The present derived theory predicts the resonance frequency of the tapered neck resonator within engineering tolerance and the accuracy is again improved as the tapered length increases.

Journal of Sound and Vibration

It is also found that the undamped plane wave approach is sufficient to predict the resonance frequencies of the coupled resonators within engineering tolerance.

Applied Acoustics

Human-verified similar examples from authoritative sources

Similar Expressions

43 human-written examples

The company lives or dies by the skill of its machinists and by the stuff of process engineering — tolerances and measurements and paper trails.

TechCrunch

It causes a ragged surface and extra engineering tolerances which are unadoptable in extremely precise components.

Journal of Alloys and Compounds

The principles of engineering tolerancing can also be applied to model the variability of a process or function.

Mechanical Design Engineering Handbook

These simulations capture expected results to within a few percent of results obtained from established codes in two-dimensions, and to within engineering tolerances for three-dimensions.

Computers & Fluids

While they are, perhaps, less known than confidence and prediction intervals, there are some applications where tolerance intervals are commonly used, such as in quality control, setting engineering tolerances, and environmental monitoring.

Handbook of Statistics

Expert writing Tips

Best practice

When specifying "engineering tolerance", always quantify the allowable range with specific units (e.g., millimeters, inches) to avoid ambiguity and ensure clarity in technical documentation.

Common error

Avoid using "engineering tolerance" without providing specific values or ranges. Instead of stating 'the part must meet engineering tolerance', specify 'the part's length must be within ±0.1 mm of the specified dimension'.

Linguistic Context

The phrase "engineering tolerance" primarily functions as a noun phrase, denoting a specific concept within engineering and manufacturing. It refers to the permissible variation in a physical dimension or other measured property of a manufactured item. As shown in Ludwig, its AI confirms its correct and usable nature.

Expression frequency: Common

Frequent in

Science

60%

Formal & Business

20%

News & Media

20%

Less common in

Academia

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "engineering tolerance" is a common noun phrase used to define the acceptable range of variation in manufactured parts. Ludwig AI confirms its validity, and it predominantly appears in formal and scientific contexts. To ensure clarity, always quantify the tolerance with specific units and avoid vague specifications. Related terms include "allowable variation" and "design allowance". Understanding and properly applying "engineering tolerance" is crucial for effective engineering design and manufacturing processes.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

allowable variation

Stresses the permitted range of differences.

design allowance

Focuses more on the design aspect of allowing for variation.

acceptable deviation

Emphasizes the permissible range of difference from a standard.

manufacturing variability

Highlights the variations that occur during the manufacturing process.

specified precision

Focuses on the level of detail required and defined.

quality control limits

Focuses on quality parameters and their boundaries.

dimensional control

Highlights the management of size and shape variations.

production variance

Focuses on the variation inherent in production processes.

error margin

Emphasizes the potential for mistakes within acceptable limits.

performance threshold

Highlights the minimum acceptable performance level.

FAQs

What is the significance of "engineering tolerance" in manufacturing?

Engineering tolerance defines the acceptable variation in dimensions or properties of a manufactured part. It ensures that the part functions correctly even with slight deviations from the ideal specification.

How does "engineering tolerance" affect the cost of a project?

Tighter tolerances generally increase manufacturing costs because they require more precise processes and greater quality control. Balancing tolerance requirements with cost is a crucial aspect of engineering design.

What factors determine the appropriate "engineering tolerance" for a component?

The appropriate tolerance depends on several factors, including the component's function, the materials used, the manufacturing process, and the overall system requirements. A careful analysis is needed to determine the optimal tolerance.

Are there alternative terms I can use instead of "engineering tolerance"?

Yes, you can use alternatives like "allowable variation", "design allowance", or "manufacturing variability" depending on the specific context.