Specific Volume of Two-Phase System

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on

Jul 24, 2020, 6:28:07 PM

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on

Nov 19, 2013, 9:58:37 AM

v = \frac{m_{g}}{m_{g} + m_{f}} \cdot v_{g} + (1 - \frac{m_{g}}{m_{g} + m_{f}}) \cdot v_{f}

$v = m_g /( m_g + m_f ) * v_g + (1- m_g /( m_g + m_f )) * v_f$

(v_{f}) Specific Volume of Saturated Liquid

$(v_f)"Specific Volume of Saturated Liquid"$

(v_{g}) Specific Volume of Saturated Vapor

$(v_g)"Specific Volume of Saturated Vapor"$

(m_{f}) Mass of Liquid

$(m_f)"Mass of Liquid"$

(m_{g}) Mass of Vapor

$(m_g)"Mass of Vapor"$

• Mass Fraction of Vapor Phase by MichaelBartmess

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