fire propagation rate

USAGE SUMMARY

The phrase "fire propagation rate" is correct and usable in written English.
It can be used in contexts related to fire safety, engineering, or environmental studies to describe the speed at which fire spreads through a material or area. Example: "Understanding the fire propagation rate of different materials is crucial for designing safer buildings."

✓ Grammatically correct

Science

Human-verified similar examples from authoritative sources

Similar Expressions

60 human-written examples

Both nonstratified and severely stratified fires display a direct dependence of the steady fire propagation speed with ventilation rate and inverse dependence with initial fuel mass loading.

Combustion and Flame

From this test, fire propagation for each combustible was identified, which was delayed compared to the summed heat release rate of a single combustible.

Procedia Engineering

Fire, climate and vegetation patterns produce non-linear fire propagation across the landscape.

Ecological Modelling

But we also found that fire increased landscape homogeneity, creating a positive feedback on fire propagation.

Forest Ecology and Management

Two modes of fire propagation are identified: plume-dominated fires and wind-driven fires, respectively dominated by radiation and convection heat transfer.

Combustion and Flame

The Lançon-de-Provence fire propagation was successfully simulated by the semi-physical fire spread model ForeFire.

Atmospheric Environment

Rare earth oxides also change the crack propagation direction and the crack propagation route, effectively decreasing the crack propagation rate.

Materials Science and Engineering: A

We developed an efficient cellular automata model in Graphic Processing Units (GPUs) to simulate fire propagation.

Journal of Computational Science

A stochastic model is applied to predict fire propagation through forest landscapes with fuelbreaks.

Comptes Rendus Physique

This study simulated fire propagation in road corridors with the help of a cellular automata (CA).

Ecological Engineering

Calorimetry was performed using the FM-global fire propagation apparatus (FPA).

Experimental Thermal and Fluid Science

Expert writing Tips

Best practice

When discussing fire safety, specify the materials involved when mentioning the "fire propagation rate". This provides a clearer understanding of the context and potential hazards.

Common error

Avoid using the term "fire propagation rate" without considering the environmental factors, such as wind or ventilation, that significantly influence how quickly a fire spreads.

Linguistic Context

The phrase "fire propagation rate" functions as a noun phrase, specifically describing a measurable quantity related to the spread of fire. As Ludwig AI confirms, the phrase is correct and usable in written English.

Expression frequency: Missing

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Ludwig's WRAP-UP

The phrase "fire propagation rate" accurately describes the speed at which fire spreads. As confirmed by Ludwig AI, the phrase is correct and usable. While examples are currently missing, the term is most frequently found in scientific and technical contexts. Alternatives such as "flame spread rate" and "fire spread speed" offer similar meanings. Understanding its proper usage, especially concerning influencing factors and specific materials, is vital for fire safety and engineering.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

flame spread rate

Focuses specifically on the rate at which a flame front advances.

rate of flame spread

Combines "rate" with "flame spread" for clarity.

fire spread speed

Uses "speed" instead of "rate", implying a similar concept but potentially focusing more on velocity.

rate of fire spread

Reorders the phrase while maintaining the core meaning.

fire growth rate

Emphasizes the growth or increase in size of the fire over time.

speed of fire propagation

Rephrases to emphasize speed over rate, which might be interpreted slightly differently in some contexts.

fire advance rate

Uses "advance" to highlight the forward movement of the fire.

fire progression rate

Substitutes "progression" for "propagation", implying a phased advancement.

burning velocity

Refers to the speed at which a material combusts.

combustion rate

Describes the speed at which a material burns, which influences fire spread.

FAQs

How is "fire propagation rate" measured in experiments?

The "fire propagation rate" is often measured using controlled laboratory experiments, where factors like material type, ventilation, and heat flux are carefully monitored. Measurements typically involve tracking the flame front's advancement over time.

What factors affect the "fire propagation rate" in buildings?

Several factors affect the "fire propagation rate" in buildings, including the type of construction materials, the presence of flammable substances, ventilation conditions, and the layout of the building. Understanding these factors is crucial for fire safety design.

What is the difference between "flame spread rate" and "fire propagation rate"?

While "flame spread rate" and "fire propagation rate" are often used interchangeably, "flame spread rate" typically refers specifically to the speed at which a flame moves across a surface, while "fire propagation rate" can encompass a broader view of how fire expands through an entire structure or area.

Why is understanding "fire propagation rate" important for fire safety?

Understanding "fire propagation rate" is essential for designing effective fire safety measures, such as selecting appropriate building materials, installing fire suppression systems, and developing evacuation plans. It helps predict how quickly a fire may spread and what steps are needed to mitigate its impact.