Translations:Thermodynamic and Mechanical Study/143/en: Difference between revisions

Latest revision as of 15:59, 7 September 2026

$\frac{d (m_{o} C_{v} T_{o})}{d t} = {\dot{m}}_{i n} C_{p} T_{L} - {\dot{m}}_{o u t} C_{p} T_{o} + (U A)_{o} (T_{o, r e s} - T_{o}) .$

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 <math>
-\frac{d(m_HC_vT_H)}{dt}
+\frac{d(m_oC_vT_o)}{dt}
 =\dot m_{\mathrm{in}}C_pT_L
--\dot m_{\mathrm{out}}C_pT_H
+-\dot m_{\mathrm{out}}C_pT_o
-+(UA)_H(T_{H,\mathrm{res}}-T_H)
++(UA)_o(T_{o,\mathrm{res}}-T_o)
 .</math>