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Pouring Temperature from Fluidity Spiral Length Formula

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Pouring Temperature is the temperature at which the molten metal is poured into the casting mold, impacting the solidification rate. Check FAQs

T p = \frac{389.6 + F.S.L - 37.846 \cdot C.F}{0.228}

T_p - Pouring Temperature?F.S.L - Spiral Length of Fluidity?C.F - Composition Factor of Fluidity?

Pouring Temperature from Fluidity Spiral Length Example

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Here is how the Pouring Temperature from Fluidity Spiral Length equation looks like with Values.

Here is how the Pouring Temperature from Fluidity Spiral Length equation looks like with Units.

Here is how the Pouring Temperature from Fluidity Spiral Length equation looks like.

193.6263 = \frac{389.6 + 0.67 - 37.846 \cdot 7.5}{0.228}

193.6263°C = \frac{389.6 + 0.67m - 37.846 \cdot 7.5}{0.228}

193.6263 = \frac{389.6 + 0.67 - 37.846 \cdot 7.5}{0.228}

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Pouring Temperature from Fluidity Spiral Length Solution

Follow our step by step solution on how to calculate Pouring Temperature from Fluidity Spiral Length?

FIRST Step Consider the formula

T p = \frac{389.6 + F.S.L - 37.846 \cdot C.F}{0.228}

Next Step Substitute values of Variables

∴

T p = \frac{389.6 + 0.67m - 37.846 \cdot 7.5}{0.228}

Next Step Prepare to Evaluate

∴

T p = \frac{389.6 + 0.67 - 37.846 \cdot 7.5}{0.228}

Next Step Evaluate

∴

T p = 466.776315789474K

Next Step Convert to Output's Unit

∴

T p = 193.626315789474°C

LAST Step Rounding Answer

∴

T p = 193.6263°C

Pouring Temperature from Fluidity Spiral Length Formula Elements

Variables

Pouring Temperature

Pouring Temperature is the temperature at which the molten metal is poured into the casting mold, impacting the solidification rate.

Symbol: T_p

Measurement: TemperatureUnit: °C

Note: Value should be greater than 0.

Formulas to find Pouring Temperature

Spiral Length of Fluidity

Spiral Length of Fluidity is measured for the fluidity which is represented by the length of the spiral solidified.

Symbol: F.S.L

Measurement: LengthUnit: m

Note: Value should be greater than 0.

Formulas to find Spiral Length of Fluidity

Composition Factor of Fluidity

Composition Factor of fluidity can be defined as the factor affecting fluidity and composition of metal.

Symbol: C.F

Measurement: NAUnit: Unitless

Note: Value should be greater than 0.

Formulas to find Composition Factor of Fluidity

Other formulas in Fluidity Test category

Go Fluidity spiral length

FSL = 37.846 \cdot CF + (0.228 \cdot T pc) - 389.6

Go Composition factor for gray cast iron

CF = C% + (0.25 \cdot Si%) + (0.5 \cdot P%)

Go Composition Factor from Fluidity Spiral Length

CF f = \frac{389.6 + SL f - 0.228 \cdot T}{37.846}

How to Evaluate Pouring Temperature from Fluidity Spiral Length?

Pouring Temperature from Fluidity Spiral Length evaluator uses Pouring Temperature = (389.6+Spiral Length of Fluidity-37.846*Composition Factor of Fluidity)/0.228 to evaluate the Pouring Temperature, The pouring temperature from fluidity spiral length is used to determine the optimal pouring temperature for molten metal, often used in the casting of metals like cast iron. Pouring Temperature is denoted by T_p symbol.

How to evaluate Pouring Temperature from Fluidity Spiral Length using this online evaluator? To use this online evaluator for Pouring Temperature from Fluidity Spiral Length, enter Spiral Length of Fluidity (F.S.L) & Composition Factor of Fluidity (C.F) and hit the calculate button.

FAQs on Pouring Temperature from Fluidity Spiral Length

What is the formula to find Pouring Temperature from Fluidity Spiral Length?

The formula of Pouring Temperature from Fluidity Spiral Length is expressed as Pouring Temperature = (389.6+Spiral Length of Fluidity-37.846*Composition Factor of Fluidity)/0.228. Here is an example- -82.431579 = (389.6+0.67-37.846*7.5)/0.228.

How to calculate Pouring Temperature from Fluidity Spiral Length?

With Spiral Length of Fluidity (F.S.L) & Composition Factor of Fluidity (C.F) we can find Pouring Temperature from Fluidity Spiral Length using the formula - Pouring Temperature = (389.6+Spiral Length of Fluidity-37.846*Composition Factor of Fluidity)/0.228.

Can the Pouring Temperature from Fluidity Spiral Length be negative?

No, the Pouring Temperature from Fluidity Spiral Length, measured in Temperature cannot be negative.

Which unit is used to measure Pouring Temperature from Fluidity Spiral Length?

Pouring Temperature from Fluidity Spiral Length is usually measured using the Celsius[°C] for Temperature. Kelvin[°C], Fahrenheit[°C], Rankine[°C] are the few other units in which Pouring Temperature from Fluidity Spiral Length can be measured.

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Pouring Temperature from Fluidity Spiral Length Formula

Pouring Temperature from Fluidity Spiral Length Example

Pouring Temperature from Fluidity Spiral Length Solution

Pouring Temperature from Fluidity Spiral Length Formula Elements

Other formulas in Fluidity Test category

How to Evaluate Pouring Temperature from Fluidity Spiral Length?

FAQs on Pouring Temperature from Fluidity Spiral Length

Variable Name