Retrieve from software IT /EES /Refprop... Interactive Thermodynamics VERSION 西回x Interactive Thermodynamics 3.0 ©回凸匙国回画￥圆■☒国■四回圆回团三网圆日回围网马？刻 ansliane Tinlae To Accompany: Fundamentals of Engineering gES (pranounced 'ease')is an acronon for Engineering Bquation Solver.The basic function provided by EES is the solution of a set of algebraic equations.EES can efficiently solve thousands of coupled non-linear Thermodynamics,6th edition algebraic equations.EES can also be used to solve initial value differential equations,do linear and non- linear regression,unit conversion,uit consistency checking,optinization,and uncertainty analysis,and Michael J.Moran produce publication-quality pl Howard N.Shapiro A major difference between EBS Engineering Equation Solver nathenatical and thernophysical property functi plexented such that 21992-20105A.Keln Academic Professional V8.718 (12/03/10] wo other properties. Simdlar capability is provided be,all common refricerants,.s.惠，fl34a,fl2 and NASA thernodynaric propert 91:Educational version distributed bry McGraw-Hill ons are also Student technical support Contact your instructor. onal property data may be added by the user and E Faculty only technical support into@fchart.com.FAX (608]836-8536 EES provides the capebility to Continue n a spreadsheet-like teble.The user determines whi Ute Adrinididet table cells.EES will solve the table to detern Higher n is provided to display the relationship betwe Education Ides property ǖagrans《9uch8 s pressure entharpy publication quality. DEVELOPED BY intellipro EES offers the advantages of a simple set of intuitive ccmmands with uhich a novice can quickly leam touse 2008 John Wiley Sons,inc.I Portions 2008 Intepro,Inc 第H种：2Cg5ir4p:阳Tasert C1ok0过C对k灯Taorni:a地tCa:0mCN9m0） PROCEDURE pump(P in,P_out,Eff h_in,h_out,p) p=1∥bar h in:=ENTHALPY (STEAM,P=P in,x=0): v:=volume (STEAM,P=P in,x=0) v=0.8475∥m3kg p=1.5∥bar wp:=v*(P_in-P_out)/Eff*Convert ((ft3/1b_m)*(psia),Btu/lb_m) hout:=hin-网p v vsat_Px("Water/Steam",p,x) T=8∥℃ END s ssat_Px("Water/Steam",p,x) s =s_PT("Ammonia",p,T) PROCEDURE turbine (h in P in p out Eff h out,Wt) s_in:=entropy (STEAM,h=h_in,P=P_in) h out_id:=enthalpy (STEAM,s=s in,P=P out) w_t:=(h_in-h_out_id)*Eff 上泽通大学 h out:=h in-w t April 20,2018 END SHANGHAI JIAO TONG UNIVERSITYApril 20, 2018 6 Retrieve from software IT /EES /Refprop… Interactive Thermodynamics