The phrase "fire strength" is correct and usable in written English.
It can be used in contexts related to firefighting, military, or any situation where the intensity or power of fire is being discussed.
Example: "The fire strength was overwhelming, making it difficult for the firefighters to contain the blaze."
Alternatives: "firepower" or "flame intensity."
In some cases aggressive fire "whirls" form, which can enhance fire strength, enclosure mixing, and exposure.
There, a higher fire strength induces a higher gas temperature.
In the dark blue area in the lower right part the outside pressure is too high for the given fire strength and no updraft in the chimney is possible.
The results are shown in Figure 10 where we draw the gas temperature as a function of the fire strength (represented by the heat production coefficient) over the added external pressure.
It is shown that the in-fire strength of the UHSS tube starts to deteriorate when the specimens are exposed to fire temperatures above 300 °C and is almost disappeared when tested at 800 °C.
In this manner, MSBFNN fully considers the contribution of input variables to the joint firing strength of fuzzy rules.
The highest green and firing strength could be obtained in the samples with zircon flour and mullite bead, respectively.
The firing strength of the core prepared through the new process was improved because of the increase in the inorganic precursor that infiltrated the spaces/sites of the decomposed PVA, and it could be readily applied to the production of a core using 3D printing techniques without further shrinkage in a high-temperature heat treatment.
In the new conversion process, the formability of the core sample was controlled through the remaining organic compounds and the inorganic binder penetrating between particles and/or coated on the particle surface, and the firing strength was attributed to the glass phase generated by the inorganic precursor.
Each node in this layer calculates normalized firing strength from the ratio of each node's firing strength to the sum of all rules' firing strengths.
The normalized firing strength is equal to the ratio of the firing strength of a given rule to the sum of the firing strengths of all the rules.
