Loaded 'ntdll.dll', no matching symbolic information found.
Loaded 'C:\WINDOWS\system32\kernel32.dll', no matching symbolic information found.
The thread 0x1270 has exited with code -1073741510 (0xC000013A).
The thread 0x7F4 has exited with code -1073741510 (0xC000013A).
The program 'C:\Documents and Settings\Administrator\桌面\Mr Li\Debug\Mr Li condenser.exe' has exited with code -1073741510 (0xC000013A).

.... 没遇到过。。。

把代码拿出来看看

#include<iostream>
#include<math.h>
#define pi 3.1415926535897939
using namespace std;


float psat(float Tsat)
{
    float psat;
    psat=exp(21.51297-2200.9809/(Tsat+246.61));
    return (psat);
}

float Tsat(float psat)
{
    float Tsat;
    Tsat=-2200.9809/(log(psat)-21.51297)-246.61;
    return (Tsat);
}

float v(float tsh,float Tsat)
{
    float v,vs;
    vs=exp(-12.4539+2669.0/(Tsat+273.15))*(1.01357+10.6736*pow(10,-4)*Tsat-9.2532*pow(10,-6)*pow(Tsat,2)-3.2192*pow(10,-7)*pow(Tsat,3));
    v=(1+4.7881*pow(10,-3)*tsh-3.965*pow(10,-6)*pow(tsh,2)+2.5817*pow(10,-5)*tsh*Tsat-1.8506*pow(10,-7)*pow(tsh,2)*Tsat
        +8.5739*pow(10,-7)*tsh*pow(Tsat,2)-5.401*pow(10,-9)*pow(tsh,2)*pow(Tsat,2))*vs;
   return(v);
}

float ug(float Tg)
{
    float ug;
    ug=pow(10,-7)*(-5.083+0.50162*(Tg+273.15)-1.18e-4*pow(Tg+273.15,2));
    return(ug);
}

float uf(float Tf)
{
    float uf;
    uf=pow(10,-3)*pow(10,-14.4406+1256.3/(Tf+273.15)+0.052393*(Tf+273.15)-6.9771*pow(10,-5)*pow((Tf+273.15),2));
    return(uf);
}

float utp(float uf,float ug,float x)
{
    float utp;
    utp=uf*ug/(x*uf+(1-x)*ug);
    return(utp);
}

float g(float t)
{
    float g,T,j;
    T=t+273.15;
    j=-pow(1-T/380,0.31372);
    g=0.49834*pow(0.24141,j)*1000;
    return(g);

}

float vs(float Tsat)
{
    float vs(Tsat);
    vs=exp(-12.4539+2669.0/(Tsat+273.15))*(1.01357+10.6736*pow(10,-4)*Tsat-9.2532*pow(10,-6)*pow(Tsat,2)-3.2192*pow(10,-7)*pow(Tsat,3));
    return(vs);
}

float hf(float T1)
{
    float hf;
    hf=200000+1335.29*T1+1.70650*pow(T1,2)+7.6741*pow(10,-3)*pow(T1,3);
    return(hf);
}

float T(float h)
{
    float t,h1,t1,t2;
    for(t1=60,t2=-60,t=(t1+t2)/2,h1=200000+1335.29*t+1.70650*pow(t,2)+7.6741*pow(10,-3)*pow(t,3);
    fabs(h-h1)>0.01;
    t=(t1+t2)/2,h1=200000+1335.29*t+1.70650*pow(t,2)+7.6741*pow(10,-3)*pow(t,3))
    {  if(h1>h)
          t1=t;
        else
            t2=t;}
    return(t);
}

float hv(float Tsat)
{
    float hv,hi1;
    hi1=249455+606.163*Tsat-1.05644*pow(Tsat,2)-18.2426*pow(10,-3)*pow(Tsat,3);
    hv=hi1+149048;
    return(hv);
}

float hs(float Tsat,float tsh)
{
    float hs,hi1,hi2;
    hi1=249455+606.163*Tsat-1.05644*pow(Tsat,2)-18.2426*pow(10,-3)*pow(Tsat,3);
    hi2=(1+3.48186*pow(10,-3)*tsh+16.886*pow(10,-7)*pow(tsh,2)+9.2642*pow(10,-6)*tsh*Tsat-7.698*pow(10,-8)*pow(tsh,2)*Tsat
        +17.07*pow(10,-8)*tsh*pow(Tsat,2)-12.13*pow(10,-10)*pow(tsh,2)*pow(Tsat,2))*hi1;
    hs=hi2+149048;
    return(hs);
}

float Tsh(float h,float Tsat)
{
    float t,h1,t1,t2;
    for(t1=0,t2=40,t=(t1+t2)/2,h1=hs(t,Tsat);
    fabs(h-h1)>0.01;
    t=(t1+t2)/2,h1=hs(t,Tsat))
    {
      if(h1>h)
          t2=t;
      else
          t1=t;
    }
    return(t);
}

float cpf(float Tf)
{
    float cpf;
    cpf=pow(10,3)*(-14.015+1.4306*(Tf+273.15)-0.006022*pow((Tf+273.15),2)+9.9834*pow(10,-6)*pow((Tf+273.15),3))/86.5;//为什么要除以86.5
    return(cpf);
}

float cpg(float Tg)
{
    float cpg;
    cpg=pow(10,3)*(8.429+0.34966*(Tg+273.15)-3.3281*pow(10,-4)*pow((Tg+273.15),2)+1.5603*pow(10,-7)*pow((Tg+273.15),3)-2.8939*pow(10,-11)*pow((Tg+273.15),4))/86.5;
    return(cpg);
}

float rg(float Tg)
{
    float rg;
    rg=-0.00668+4.8544*pow(10,-5)*(Tg+273.15)+1.2108*pow(10,-8)*pow(Tg+273.15,2);
    return(rg);
}

float rf(float Tf)
{
    float rf;
    rf=pow(10,(-1.7425+0.9769*pow(1-(Tf+273.15)/380,2.0/7.0)));
    return (rf);
}

float d(float Tg,float Tw)
{
    float d,a,b,c,tg,tw;
    tg=Tg+273.15;
    tw=Tw+273.15;
    a=166.31*pow(647.3-tw,0.38);
    b=1e5*exp(3816.44/(tw-46.13)-23.1964)-1;
    c=267.38*pow(647.3-tw,0.38)+1.88*(tg-tw);
    d=(a*1.0/b-1.01*(tg-tw))/c;
    return(d);
}

float cpma(float Tg,float Tw)
{
    float cpma,cpda,cpv,da;
        cpda=1.00687*pow(10,3)-8.722*pow(10,-2)*Tg+1.236*pow(10,-4)*pow(Tg,2);
        cpv=1.85314*pow(10,3)+0.6133*Tg+1.014*pow(10,-3)*pow(Tg,2);
        da=d(Tg,Tw);
        cpma=(cpda/(1+da))*(1+da*cpv/cpda);
        return(cpma);
}


float Re(float G,float d,float u)
{
    float Re;
    Re=G*d/u;
    return (Re);
}

float ha(float Tg,float Tw)
{
    float ha,da,w;
    w=pow(10,5)*exp(3816.44/(Tw+273.15-46.13)-23.1964)-1;
    da=d(Tg,Tw);
    ha=(1.01*Tg+0.001*(da*1000)*(2501+1.85*Tg))*1000;
    return(ha);
}

float ra(float Tg,float Tw)
{
    float ra,uda,uv,rda,rv,w,d;
    w=pow(10,5)*exp(3816.44/(Tw+273.15-46.13)-23.1964)-1;
    d=(166.31*pow((647.3-Tw-273.15),0.38)*1.0/w-1.01*(Tg-Tw))*1.0/(267.38*pow((647.3-Tw-273.15),0.38)+1.88*(Tg-Tw));
    uda=(17.4945+4.779e-2*Tg-3.526e-5*pow(Tg,2))*pow(10,-6);
    uv=(8.1804+4.011e-2*Tg-1.7858e-5*pow(Tg,2))*pow(10,-6);
    rda=(2.4587+7.5855e-3*Tg-1.69e-6*pow(Tg,2))*pow(10,-2);
    rv=(1.6+6.179e-3*Tg+2.7535e-5*pow(Tg,2))*pow(10,-2);
    ra=(rda*4.56724/pow((1+0.881*pow((uda/uv),0.5)),2))*(1/(1+1.60746*d)+(rv/rda)/(1+(uv/uda)*(1/d)));
    return(ra);
}

float ua(float Tg,float Tw)
{
    float ua,uda,uv,d,w;
    uda=(17.4945+4.779e-2*Tg-3.526e-5*pow(Tg,2))*pow(10,-6);
    uv=(8.1804+4.011e-2*Tg-1.7858e-5*pow(Tg,2))*pow(10,-6);
    w=pow(10,5)*exp(3816.44/(Tw+273.15-46.13)-23.1964)-1;
    d=(166.31*pow((647.3-Tw-273.15),0.38)*1.0/w-1.01*(Tg-Tw))*1.0/(267.38*pow((647.3-Tw-273.15),0.38)+1.88*(Tg-Tw));
    ua=uda*(1+1.268*(uv/uda)*d)/(1+1.268*d);
    return(ua);
}


float a(float Tg,float Tw,float Ga,float gjv,float jv,float ch,float de,float Hp,float D,float W)
         
{
    float a,Rea,pr,r,cpa,u;   
        u=ua(Tg,Tw);
        Rea=Re(Ga,de,u);
        r=ra(Tg,Tw);
        cpa=cpma(Tg,Tw);
        pr=cpa*u/r;
        a=0.1758*(r/de)*pow(Rea,0.505)*pow(pr,0.3333)*pow((W/de),0.485)*pow((D/de),1.9908)*pow((Hp/de),-0.5268);
        return(a);
}

float Tg(float d1,float tw)
{
    float t1,t2,t,da;
    for (t1=-15,t2=70,t=(t1+t2)/2,da=d(t,tw);
    fabs(da-d1)>0.0001;
    t=(t1+t2)/2,da=d(t,tw))
    {
        if(da>d1)
            t1=t;
        else
            t2=t;
    }
    return(t);
}

float ga(float tg,float tw)

{
    float a,ga,da,ps;
    ps=exp(6.42+0.072*tg-2.71e-3*pow(tg,2)+7.23e-7*pow(tg,3));
    da=d(tg,tw);
    a=101325/(0.622/da+1)/ps;
    ga=101325*(1-0.378*a*ps/101325)/(287.06*(tg+273.15));
    return(ga);
}

float t_w(float h)
{
    float t,t1,t2,ha,da;
    for(t1=-20,t2=70,t=(t1+t2)/2,da=d(t,t),
        ha=(1.01*t+0.001*(da*1000)*(2501+1.85*t))*1000;
        fabs(ha-h)>1;
        t=(t1+t2)/2,da=d(t,t),ha=(1.01*t+0.001*(da*1000)*(2501+1.85*t))*1000)
   
    {
         if (ha>h)
            t2=t;
            else
            t1=t;
    }
    return(t);
}

float x(float htp,float t)
{
    float x;
    x=(htp-hf(t))/(hv(t)-hf(t));
    return(x);
}
float ash(float Gr,float t,float de)

{
    float ash,re,pr,nu,r,cp,u;
    u=uf(t);
    cp=cpf(t);
    r=rf(t);
    re=Gr*de/u;
    pr=cp*u/r;
    nu=0.023*pow(re,0.8)*pow(pr,0.4);
    ash=nu*r/de;
    return(ash);
}

 float asc(float Gr,float de,float t)
{
    float asc,re,pr,nu,r,cp,u;
    u=ug(t);
    cp=cpg(t);
    r=rg(t);
    re=Gr*de/u;
    pr=cp*u/r;
    nu=0.023*pow(re,0.8)*pow(pr,0.4);
    asc=nu*r/de;
    return(asc);
}
 
 float atp(float x,float Gr,float t,float de)
 {
     float atp,cp,r,u,pr,g1,vs1,nu;
     cp=cpf(t);
     u=uf(t);
     r=x*rg(t)+(1-x)*rf(t);
     pr=cp*u/r;
     g1=g(t);
     vs1=vs(t);
     nu=0.0265*pow(Gr,0.8)*pow(((1-x+x*pow(g1*vs1,0.5))/u),0.8)*pow(pr,1/3);
     atp=nu*r/de;
     return(atp);
 }

void Lsh(float L,float ta,float tw,float v,float Tc,float mr,float gjv,float jv,float ch,float de,float ck,
         float e,float Hp,float D,float W,float hjs,float *ta2,float *tw2,float *Lsh,float *tout,float *Qr)
{
    float L_sh;
    float tsh,h2,t1,t2,h1,trm,a_sh;
    float ta1,tw1,da,ha1,Qr1,ha2,tam,twm,ao,Aa;
    float ma,g_a,As,Gr,Ga,Qa;
    float n,i;
    float Ai,Ao;
    As=pi*pow(de/2-e,2);
    Gr=mr/As;
    g_a=ga(ta,tw);
    ma=g_a*v/3600;
    Aa=pi*(gjv/2)*(gjv/2+de);
    Ga=ma/Aa;
    Ai=pi*(de-2*e)*L;
    Ao=pi*de*L;
   
    *tout=T(hjs);
    n=50;
    tsh=(Tc-*tout)/n;
    t2=*tout;
    h2=hf(t2);
    ta1=ta;
    tw1=tw;
    ha1=ha(ta1,tw1);
    da=d(ta,tw);
    *Lsh=0;
    *Qr=0;
    for(i=1;i<=n;i++)
    {
        t1=t2+tsh;
        h1=hf(t1);
        Qr1=mr*(h1-h2);
        Qa=Qr1;
        ha2=Qa/ma+ha1;
        *tw2=t_w(ha2);
        *ta2=Tg(da,*tw2);
        trm=(t1+t2)/2;
        tam=(ta1+*ta2)/2;
        twm=(tw1+*tw2)/2;
        a_sh=ash(Gr,trm,de-2*e);
        ao=a(tam,twm,Ga,gjv,jv,ch,de,Hp,D,W);
        L_sh=(1/a_sh+Ai/(Ao*ao))*mr*(h1-h2)/((trm-tam)*pi*(de-2*e));
        *Lsh=*Lsh+L_sh;
        *Qr=*Qr+Qr1;
        t2=t1;
        h2=h1;
        
    }
}

void Ltp(float L,float ta,float tw,float v,float Tc,float mr,float gjv,float jv,float ch,float de,float ck,float e,
                 float Hp,float D,float W,float hout,float *Ltp,float *ta2,float *tw2,float *Qr,float *xout)

{
    float h2,h1,hin,htp,x1,x2,a_tp,xm;
    float ta1,tw1,da,ha1,Q_r,ha2,tam,twm,ao,Qa,Aa;
    float L_tp;
    float n,i;
    float ma,g_a,As,Gr,Ga;
    float Ai,Ao;
    As=pi*pow(de/2-e,2);
    Gr=mr/As;
    g_a=ga(ta,tw);
    ma=g_a*v/3600;
    Aa=pi*(gjv/2)*(gjv/2+de);
    Ga=ma/Aa;
    Ai=pi*(de-2*e)*L;
    Ao=pi*de*L;
    hin=hv(Tc);
    n=100;
    htp=(hin-hout)/n;
    ta1=ta;
    tw1=tw;
    ha1=ha(ta1,tw1);
    da=d(ta,tw);
    *xout=x(hout,Tc);
    h2=hout;
    x2=*xout;
    *Ltp=0;
    *Qr=0;
    for(i=1;i<=n;i++)
    {
        h1=h2+htp;
        x1=x(h1,Tc);
        xm=(x1+x2)/2;
        Q_r=mr*(h1-h2);
        Qa=Q_r;
        ha2=Qa/ma+ha1;
        *tw2=t_w(ha2);
        *ta2=Tg(da,*tw2);
        *tw2=t_w(ha2);
        *ta2=Tg(da,*tw2);
        tam=(ta1+*ta2)/2;
        twm=(tw1+*tw2)/2;
        ao=a(tam,twm,Ga,gjv,jv,ch,de,Hp,D,W);
        a_tp=atp(xm,Gr,Tc,de-2*e);
        L_tp=(1/a_tp+Ai/(Ao*ao))*mr*htp/((Tc-tam)*pi*(de-2*e));
        *Ltp=*Ltp+L_tp;
        *Qr=*Qr+Q_r;
        h2=h1;
        x2=x1;
        
    }
}

void Lsc(float L,float ta,float tw,float tin,float v,float Tc,float mr,float gjv,float jv,float ch,float de,float ck,float e,
                 float Hp,float D,float W,float *ta2,float *tw2,float *Lsc,float *Qr)
{

    float tout,t2,h2,t1,h1,trm,a_sc,tsc;
    float ta1,tw1,da,ha1,Q_r,ha2,tam,twm,ao,Qa,Aa;
    float n,i;
    float L_sc;
    float ma,g_a,As,Gr,Ga;
    float Ai,Ao;
   
    As=pi*pow(de/2-e,2);
    Gr=mr/As;
    g_a=ga(ta,tw);
    ma=g_a*v/3600;
    Aa=pi*(gjv/2.0)*(gjv/2.0+de);
    Ga=ma/Aa;
    Ai=pi*(de-2*e)*L;
    Ao=pi*de*L;
    tout=Tc;
    n=50;
    tsc=(tin-tout)/n;
    t2=tout;
    h2=hv(t2);
    ta1=ta;
    tw1=tw;
    ha1=ha(ta1,tw1);
    da=d(ta,tw);
    *Lsc=0;
    *Qr=0;
    for(i=1;i<=n;i++)
    {
        t1=t2+tsc;
        h1=hs(t1-Tc,Tc);
        Q_r=mr*(h1-h2);
        Qa=Q_r;
        ha2=Qa/ma+ha1;
        *tw2=t_w(ha2);
        *ta2=Tg(da,*tw2);
        trm=(t1+t2)/2;
        tam=(ta1+*ta2)/2;
        twm=(tw1+*tw2)/2;
        a_sc=asc(Gr,trm,de-2*e);
        ao=a(tam,twm,Ga,gjv,jv,ch,de,Hp,D,W);
        L_sc=(1/a_sc+Ai/(Ao*ao))*mr*(h1-h2)/((trm-tam)*pi*(de-2*e));
        *Lsc=*Lsc+L_sc;
        *Qr=*Qr+Q_r;
        t2=t1;
        h2=h1;
        //ta1=*ta2;
        //tw1=*tw2;
        //ha1=ha2;
    }
}
void condenser(float gjv,float jv,float ch,float de,float ck,float e,float Hp,float D,float W,float L,float mr,float tin,float Tc, float ta,float tw,
               float v,float*tout,float*L_sh_con,float*L_tp_con,float*L_sc_con,float*Qr_sh_con,float*Qr_tp_con,float*Qr_sc_con,
               float*Qz,float*Lz,float*hjs,float*hyt,float*xout)
{
    float pc,hsx,hxx;
    float ta2_sh,tw2_sh;
    float hout,ta2_tp,tw2_tp;
    float ta2_sc,tw2_sc;
    float L_sh,L_tp,L_sc;
    float Qr_sh,Qr_tp,Qr_sc;
    pc=psat(Tc);
    hsx=hv(Tc);
    hxx=hf(ta);
    *hjs=hsx+hxx/2.0;
    *hyt=hf(Tc);
    for(*hjs=(hsx+hxx)/2.0;;*hjs=(hsx+hxx)/2.0)
    {
        if (*hjs<*hyt)
        {  
            Lsh(L,ta,tw,v,Tc,mr,gjv,jv,ch,de,ck,e,Hp,D,W,*hjs,&ta2_sh,&tw2_sh,&L_sh,*&tout,&Qr_sh);
            *L_sh_con=L_sh;
            *Qr_sh_con=Qr_sh;
            hout=hf(Tc);
            Ltp(L,ta,tw,v,Tc,mr,gjv,jv,ch,de,ck,e,Hp,D,W,hout,&L_tp,&ta2_tp,&tw2_tp,&Qr_tp,*&xout);
            *L_tp_con=L_tp;
            *Qr_tp_con=Qr_tp;
            Lsc(L,ta,tw,tin,v,Tc,mr,gjv,jv,ch,de,ck,e,Hp,D,W,&ta2_sc,&tw2_sc,&L_sc,&Qr_sc);
            *L_sc_con=L_sc;
            *Qr_sc_con=Qr_sc;
            *Lz=*L_sh_con+*L_tp_con+*L_sc_con;
            *Qz=*Qr_sh_con+*Qr_tp_con+*Qr_sc_con;
        }
        else if (*hjs>*hyt)
        {
            L_sh=0;
            Qr_sh=0;
            *L_sh_con=L_sh;
            *Qr_sh_con=Qr_sh;
            Ltp(L,ta,tw,v,Tc,mr,gjv,jv,ch,de,ck,e,Hp,D,W,*hjs,&L_tp,&ta2_tp,&tw2_tp,&Qr_tp,*&xout);
            *L_tp_con=L_tp;
            *Qr_tp_con=Qr_tp;
            Lsc(L,ta,tw,tin,v,Tc,mr,gjv,jv,ch,de,ck,e,Hp,D,W,&ta2_sc,&tw2_sc,&L_sc,&Qr_sc);
            *L_sc_con=L_sc;
            *Qr_sc_con=Qr_sc;
            *Lz=*L_sh_con+*L_tp_con+*L_sc_con;
            *Qz=*Qr_sh_con+*Qr_tp_con+*Qr_sc_con;
        }
       if((*Lz-L)>0.1)
            hxx=*hjs;
        else if((*Lz-L)<0.1)
            hsx=*hjs;
        else
            break;
    }
  }


void main()
{
    float gjv,jv,ch,de,ck,e,L,Hp,D,W;
    float mr,tin,Tc;
    float ta,tw,v;
    float Qr_sh,Qr_sc,Qr_tp,Qz;
    float Lz,L_sh,L_tp,L_sc;
    float hjs,hyt,tout,xout;
    gjv=10e-3;
    jv=2.5e-3;
    ch=0.1e-3;
    de=3.74e-3;
    ck=0.016;
    e=0.0005;
    Tc=45;
    tin=75;
    mr=0.005;
    v=360/2.0;
    ta=20;
    tw=12;
    L=0.62;
    Hp=0.008;
    D=0.0015;
    W=0.001;

   condenser(gjv,jv,ch,de,ck,e,Hp,D,W,L,mr,tin,Tc,ta,tw,v,&tout,&L_sh,&L_tp,&L_sc,&Qr_sh,&Qr_tp,&Qr_sc,&Qz,&Lz,&hjs,&hyt,&xout);

    if (hjs<hyt)
    {
        cout<<"冷凝器过冷"<<endl;
        cout<<"制冷剂出口温度tout="<<tout<<endl;
        cout<<"过冷区长度L_sh="<<L_sh<<endl;
        cout<<"过冷区换热量Qr_sh="<<Qr_sh<<endl;
        cout<<"两相区长度L_tp="<<L_tp<<endl;
        cout<<"两相区换热量Qr_tp="<<Qr_tp<<endl;
        cout<<"过热区长度L_sc="<<L_sc<<endl;
        cout<<"过热区换热量Qr_sc="<<Qr_sc<<endl;
        cout<<"总换热量Qz="<<Qz<<endl;
        cout<<"总长Lz="<<Lz<<endl;
    }

    else
    {
        
        cout<<"两相区长度L_tp="<<L_tp<<endl;
        cout<<"两相区换热量Qr_tp="<<Qr_tp<<endl;
        cout<<"两相区出口干度xcout="<<xout<<endl;
        cout<<"过热区长度L_sc="<<L_sc<<endl;
        cout<<"过热区换热量Qr_sc="<<Qr_sc<<endl;
        cout<<"总换热量Qz="<<Qz<<endl;
        cout<<"总长Lz="<<Lz<<endl;
    }   
}

各位看官们，共同探讨吧。。。

来人啊，来人看看啊，快急死了啊.........

看到这代码  俺哭了  。。。。。

咋了啊？我是模仿着写的啊。错误很多吗

我是模仿别人写的

代码的注释和代码做什么   各函数做什么  都没有注释

楼主要学会提问。。