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Processes 2020, 8, 216 9 of 23 calculation method must be considered. This process is part of the flow chart, and this process also has a judgment statement. First, the hot fluid temperature difference is presumed as the maximum Processes 2020, 8, x FOR PEER REVIEW 9 of 23 temperature difference. Then, calculating the parameter of the whole system is based on this hypothesis. Finally, comparing the cold fluid temperature difference and the hot fluid temperature difference, based on this hypothesis. Finally, comparing the cold fluid temperature difference and the hot fluid the new heat exchanger effectiveness ε’ is calculated by the new maximum temperature difference and temperature difference, the new heat exchanger effectiveness ε’ is calculated by the new maximum compared with the fixed heat exchanger effectiveness. If the difference between ε and ε’ is lower than temperature difference and compared with the fixed heat exchanger effectiveness. If the difference 0.001, the hypothetical numerator is right, else the numerator is changed to the cold fluid temperature. between ε and ε’ is lower than 0.001, the hypothetical numerator is right, else the numerator is Thecwhahnogledthtroeethheecaotldexfclhuaidngtemrspmeruastutrbee. Tcahlecuwlahtoelde athsrteheehperaotcexscshianncgluerdsinmgutshtebheecatlecru,lHatTedRasntdheLTR. Theprroocceesssinocfluodthinegr pthre-hceoamtepr,reHsTsiRonancdycLlTesR.isTshiempilraorcetsostohfisotflhoewr pcrhea-crot.mTphresrseiocnupcyercaletsioins sciymcillearand to this flow chart. The recuperation cycle and the split expansion cycle need not consider the the split expansion cycle need not consider the temperature of the cold fluid in the HTR. temperature of the cold fluid in the HTR. No Begin Input Tg,in, ε,T1,P1,qmg,qmco2, T0,T5 η Presuming HTR inlet temperature T99 εHTR=(tin,hot-tout,hot) /(tin,hot-tin,cold) Calculating the parameter in HTR | ε HT R- ε HT R, 1 | < 0 . 0 01 Yes η |T9-T99|<0.1 End 4. Results and Discussion Changing the molecule in the calculation of εHTR to temperature difference of the cold fluid Calculating the enthalpy and entropy in turbine εHT R,1=max((tin,ho t-tou t,ho t),(tin,coo l- tout,cold) /(tin,hot-tin,cold) Determining the calculation of LTR and calculating the parameter in LTR Calculating the enthalpy and entropy in MC and PC Calculating inlet temperature of cold fluid in HTR T9 Figure 9. The flow chart of the whole calculation process in the system. Figure 9. The flow chart of the whole calculation process in the system. No T99=T9 Determining the calculation of LTR and calculating the parameter in LTR Calculating thermal efficiency and waste heat recovery ratioPDF Image | Supercritical CO2 Cycle for ICE Waste Heat Recovery
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