public ClassOutputModels FinalResult(ClassInputModels ci, ClassMidCalcPut mc)
        {
            ClassKoeffModels  ck = new ClassKoeffModels();
            ClassOutputModels co = new ClassOutputModels();

            co.WC1       = WB1 / (1 - (0.01 * WB1));
            co.WC2       = WB2 / (1 - (0.01 * WB2));
            co.tm2       = t2 - 150;
            co.inach_pv  = tm1 * cvl;
            co.i1        = tm1 * ck.AGasCOCKS(40) + ck.BGasCOCKS(40);
            co.i2        = tm1 * ck.AGasCOCKS(20) + ck.BGasCOCKS(20);
            co.i3        = t2 * ck.AGasCOCKS(20) + ck.BGasCOCKS(20);
            co.i4        = ci.KPD * mc.iobshb;
            co.M         = (co.i4 - co.i3) / (co.i3 - i_v);
            co.S         = Math.PI * ci.L * ci.D;
            co.tsr       = 0.5 * (t2 + tm1);
            co.tmsr      = 0.5 * (tm1 + co.tm2);
            co.tsrsr     = 0.5 * (co.tsr + co.tmsr);
            co.TtoV      = 8 * 0.06 * co.tsrsr;
            co.Q1        = (cm + 0.01 * co.WC2 * cvl) * (co.tm2 - tm1) + 0.01 * (co.WC1 - co.WC2) * (ip100 - cvl * tm1 + cp * (t2 - 100)) * (ci.ParPr * 0.27);
            co._q1       = co.Q1;
            co._q2       = (co.i1 + co.M * (co.inach_pv - i_v)) * mc.Valfa;
            co._q3       = 0.02 * mc.Qniz;
            co._q4       = (1 - ci.KPD) * mc.Qniz;
            co._q5       = 0.001 * co.TtoV * (co.tsrsr - 2) * co.S;
            co.RashodQ   = (co._q1 + co._q5) / (mc.Qniz + mc.Qnizfiztopl + mc.Qnizfizvosd - co._q2 - co._q3 - co._q4);
            co.Q_x       = mc.Qniz * co.RashodQ;
            co.Q_fiztopl = mc.Qnizfiztopl * co.RashodQ;
            co.Q_fizvozd = mc.Qnizfizvosd * co.RashodQ;
            co.Q2        = co._q2 * co.RashodQ;
            co.Q3        = co._q3 * co.RashodQ;
            co.Q5_top    = co._q4 * co.RashodQ;
            co.Q5_rp     = 0.001 * co.TtoV * (co.tsrsr - 20) * co.S;
            co.KPD_agr   = (co._q1 / (co.RashodQ * mc.Qniz)) * 100;
            return(co);
        }
示例#2
0
        public ClassMidCalcPut GasCalc(ClassInputModels ci)
        {
            ClassMidCalcPut mc = new ClassMidCalcPut();

            mc.perH2O     = (0.1244 * ci.Vlagosod) / (1 + 0.00124 * ci.Vlagosod);
            mc.perCH4     = (ci.CH4 * ((100 - mc.perH2O))) / 100;
            mc.perC2H6    = (ci.C2H6 * ((100 - mc.perH2O))) / 100;
            mc.perC3H8    = (ci.C3H8 * ((100 - mc.perH2O))) / 100;
            mc.perC4H10   = (ci.C4H10 * ((100 - mc.perH2O))) / 100;
            mc.perC5H12   = (ci.C5H12 * ((100 - mc.perH2O))) / 100;
            mc.perN2      = (ci.N2 * ((100 - mc.perH2O))) / 100;
            mc.perCO2     = (ci.CO2 * ((100 - mc.perH2O))) / 100;
            mc.Qniz       = (358 * ci.CH4) + (590 * ci.C2H6) + (913 * ci.C3H8) + (1185 * ci.C4H10) + (1465 * ci.C5H12);
            mc.HimNedogeg = (ci.himnedog / 100) * mc.Qniz;
            mc.VO2        = 0.01 * ((2 * ci.CH4) + (3 * ci.C2H6) + (5 * ci.C3H8) + (6.5 * ci.C4H10) + (8 * ci.C5H12));
            mc.LO         = (1 + 3.762) * mc.VO2;
            mc.Lalfa      = mc.LO * ci.alfa;
            mc.LBO        = (1 + 0.001244 * ci.Vlagosod) * mc.LO;
            mc.VCO2o      = 0.01 * (mc.perCO2 + mc.perCH4);
            mc.VoRO2      = 0.01 * ((mc.perCH4 + (2 * mc.perC2H6) + (3 * mc.perC3H8) + (4 * mc.perC4H10) + (5 * mc.perC5H12)));
            mc.VoH2O      = 0.01 * ((mc.perH2O + (2 * mc.perCH4) + (3 * mc.perC2H6) + (4 * mc.perC3H8) + (5 * mc.perC4H10) + (6 * mc.perC5H12)));
            mc.VoN2       = (0.01 * mc.perN2) + (3.76 * mc.VO2);
            mc.V0         = mc.VCO2o + mc.VoRO2 + mc.VoH2O + mc.VoN2;
            mc.ValfaH2O   = mc.VoH2O + (ci.alfa - 1) * 0.001244 * ci.Vlagosod * mc.LO;
            mc.ValfaN2    = mc.VoN2 + (ci.alfa - 1) * 3.76 * mc.VO2;
            mc.VO2izb     = (ci.alfa - 1) * mc.VO2;
            mc.Valfa      = mc.VCO2o + mc.ValfaH2O + mc.ValfaN2 + mc.VO2izb;
            mc.VL         = ((mc.Lalfa - mc.LO) / mc.Valfa) * 100;
            if (ci.alfa == 1)
            {
                mc.RO2  = (mc.VoRO2 / mc.V0) * 100;
                mc.H2O  = (mc.VoH2O / mc.V0) * 100;
                mc.N2   = (mc.VoN2 / mc.V0) * 100;
                mc.Qizb = 0;
            }
            else
            {
                mc.RO2  = (mc.VoRO2 / mc.Valfa) * 100;
                mc.H2O  = (mc.VoH2O / mc.Valfa) * 100;
                mc.N2   = (mc.VoN2 / mc.Valfa) * 100;
                mc.Qizb = (mc.VO2izb / mc.Valfa) * 100;
            }
            mc.Ctopl       = 0.01 * (mc.perN2 * (0.0001 * ci.Tpodgas + 1.2796) + mc.perCO2 * (0.0005 * ci.Tpodgas + 1.6876) + mc.perH2O * (0.0002 * ci.Tpodgas + 1.4756) + mc.perCH4 * (0.0011 * ci.Tpodgas + 1.5699) + mc.perC2H6 * (0.0022 * ci.Tpodgas + 2.36) + mc.perC3H8 * (0.0032 * ci.Tpodgas + 3.3462) + mc.perC4H10 * (0.004 * ci.Tpodgas + 4.4928) + mc.perC5H12 * (0.0048 * ci.Tpodgas + 5.5781));
            mc.Cb          = 0.0001 * (ci.CH4 + ci.C2H6 + ci.C3H8 + ci.C4H10 + ci.C5H12 + ci.N2 + ci.CO2) + 1.285;
            mc.Qnizfiztopl = mc.Ctopl * ci.Tpodgas;
            mc.Qnizfizvosd = mc.Cb * ci.Tpodvosd * mc.Lalfa;
            if (ci.alfa == 1)
            {
                mc.ihim      = mc.Qniz / mc.V0;
                mc.itopl     = (mc.Ctopl * ci.Tpodgas) / mc.V0;
                mc.ivoz      = (mc.Cb * ci.Tpodvosd * mc.LO) / mc.V0;
                mc.iobsht    = mc.ihim + mc.itopl + mc.ivoz;
                mc.ihimnedog = ((ci.himnedog / 100) * mc.Qniz) / mc.V0;
                mc.iobshb    = mc.iobsht - mc.ihimnedog;
            }
            else
            {
                mc.ihim      = mc.Qniz / mc.Valfa;
                mc.itopl     = (mc.Ctopl * ci.Tpodgas) / mc.Valfa;
                mc.ivoz      = (mc.Cb * ci.Tpodvosd * mc.LO) / mc.Valfa;
                mc.iobsht    = mc.ihim + mc.itopl + mc.ivoz;
                mc.ihimnedog = ((ci.himnedog / 100) * mc.Qniz) / mc.Valfa;
                mc.iobshb    = mc.iobsht - mc.ihimnedog;
            }
            return(mc);
        }