maximum flow depth

USAGE SUMMARY

The phrase "maximum flow depth" is correct and usable in written English.
It can be used in contexts related to fluid dynamics, hydrology, or engineering, where it refers to the greatest depth of flow in a given system. Example: "The maximum flow depth during the storm was recorded at three meters, indicating a significant increase in water levels."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

16 human-written examples

The depth distribution depends on one parameter, whose estimate is straightforward, and on the maximum flow depth.

Journal of Hydrology

(C) Maximum flow depth.

Earth, Planets and Space

(E) Maximum flow depth.

Earth, Planets and Space

(D) Maximum flow depth.

Earth, Planets and Space

Figure 2(b) shows the modeled maximum flow depth over the study area.

Earth, Planets and Space

Secondly, the first-order expansion of h (x) perturbation was applied to the maximum flow depth distribution.

Environmental Systems Research

Human-verified similar examples from authoritative sources

Similar Expressions

44 human-written examples

We vary the inflow volume, inflow location, discharge rate, water-loss rate (water-rich models only), and simulation time and examine the resulting maximum flow depths and velocities.

Icarus

Fig. 5 Results inundated area and maximum flow depths, for the aggregate scenario considering MSL.

Geoenvironmental Disasters

Figure 4 shows the distribution statistics of the maximum flow depths h (x) using KLE and MCS, respectively.

Environmental Systems Research

Figure 7 shows the final aerial view of Haydarpaşa Port prepared by NAMI DANCE with the distribution of maximum flow depths on land.

Earth, Planets and Space

The figure shows maximum flow depths near the shoreline as nearly 10 m, which are consistent with the measured values (TETJSG, 2011).

Earth, Planets and Space

Expert writing Tips

Best practice

When describing fluid dynamics in technical reports, clearly define the conditions under which the "maximum flow depth" was measured or modeled. Include factors such as location, time, and any relevant environmental conditions to provide context.

Common error

Avoid using "maximum flow depth" when you actually mean the total water depth. "Maximum flow depth" refers specifically to the height of the flowing water, not the overall depth of the water body, which may include stagnant or deeper sections.

Linguistic Context

The phrase "maximum flow depth" functions as a noun phrase, typically acting as a subject, object, or complement within a sentence. As Ludwig AI describes, this expression is acceptable in contexts related to fluid dynamics and engineering.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The term "maximum flow depth" is a noun phrase used to describe the greatest vertical distance of flowing water, particularly in scientific and engineering contexts. According to Ludwig AI, the phrase is grammatically correct and well-suited for technical communication. Predominantly found in scientific publications, this term helps in quantifying risks associated with floods and in the design and analysis of hydraulic systems. While variations like "peak flow depth" exist, the core concept remains focused on defining the highest water level reached during a flow event. Accurate use and definition are crucial to avoid confusion with terms like 'total depth'. Ludwig's examples and analysis of this phrase showcase its significance in hydrology and related fields.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

maximum depth of flow

Reorders the words slightly while maintaining the same meaning and grammatical structure.

peak flow depth

Replaces "maximum" with "peak", emphasizing the highest point rather than the overall maximum value.

greatest flow depth

Substitutes "maximum" with "greatest", providing a more descriptive alternative with similar meaning.

highest flow depth

Replaces "maximum" with "highest", offering a simpler and more direct synonym.

maximum flow height

Substitutes "depth" with "height", providing a synonymous term for vertical measurement.

maximum water depth during flow

Adds context by specifying that the depth is of water and occurs during flow.

maximum inundation depth

Focuses on the depth of inundation caused by the flow, adding a specific context.

maximum flood stage

Replaces "flow depth" with "flood stage", indicating the height of the water level during a flood.

maximum water surface elevation

Uses more technical terminology to describe the highest point of the water surface.

peak water level

Focuses on the water level rather than the flow itself, providing a related but distinct concept.

FAQs

How is "maximum flow depth" typically measured or calculated?

The "maximum flow depth" is often determined through direct measurement using instruments like pressure transducers or staff gauges, or calculated using hydraulic models that simulate flow conditions. These models consider factors such as channel geometry, flow rate, and boundary conditions.

What are some synonyms for "maximum flow depth"?

Alternatives include "peak flow depth", "greatest flow depth", or "highest flow depth". The best choice depends on the specific context and the nuance you wish to convey.

How does "maximum flow depth" relate to flood risk assessment?

The "maximum flow depth" is a critical parameter in flood risk assessment. It helps determine the extent of inundation, the potential for structural damage, and the overall hazard level in a given area. This data informs emergency planning and infrastructure design.

What is the difference between "maximum flow depth" and "flow rate"?

"Maximum flow depth" refers to the vertical distance from the channel bed to the water surface at its highest point during a flow event. "Flow rate", on the other hand, is the volume of water passing a given point per unit of time. Both are important parameters in hydrology, but they describe different aspects of the flow.