public ActionResult Detalles(int id)
{
PrimeraExpoContext db = new PrimeraExpoContext();
var model = new DetallesViewModel();
model.Persona = db.Personas.SingleOrDefault(persona => persona.PersonaId == id);
return(View(model));
}
public ActionResult Detalles([FromQuery] double ambiental, [FromQuery] double superficial,
[FromQuery] double operacion, [FromQuery] double diametro,
[FromQuery] double viento,
[FromQuery] double emisividad, [FromQuery] int aislante)
{
var datagri = new ArrayList();
var transfMax = 0;
var tipo = false;
for (var i = 0; i < 100; i++)
{
var ta = ambiental + 274;
var tsup = superficial + 274;
var top = operacion + 274;
var c = (diametro <= 0) ? 1.79 : 1.016;
var esp = (6.35 * i) * 0.001;
double kais = 0;
var v = viento * 0.621371;
var emss = emisividad;
var Do = diametro * 0.001;
var key = false;
double valorA;
double valorB;
double valorC;
double operacion2;
if (aislante == (int)Aislante.CPCA96)
{
valorA = 0.2187 / 6.935;
valorB = 0.0002148 / 6.935;
valorC = 0.0000006908 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.CPCA144)
{
valorA = 0.2192 / 6.935;
valorB = 0.0001433 / 6.935;
valorC = 0.0000006312 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.CPCA192)
{
valorA = 0.2331 / 6.935;
valorB = 0.0000679 / 6.935;
valorC = 0.0000006385 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.FF32)
{
valorA = 0.212 / 6.935;
valorB = 0.0002696 / 6.935;
valorC = 0.000001367 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.FF48)
{
valorA = 0.2035 / 6.935;
valorB = 0.000373 / 6.935;
valorC = 0.0000009124 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.FF64)
{
valorA = 0.2033 / 6.935;
valorB = 0.0003868 / 6.935;
valorC = 0.0000006548 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.FF96)
{
valorA = 0.2187 / 6.935;
valorB = 0.0002148 / 6.935;
valorC = 0.0000006908 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (aislante == (int)Aislante.FF128)
{
valorA = 0.2114 / 6.935;
valorB = 0.0002836 / 6.935;
valorC = 0.0000004948 / 6.935;
operacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = valorA + valorB * operacion2 + valorC * Math.Pow(operacion2, 2);
}
if (c == 1.79)
{
transfMax = CalculoTransferencia(Do * 1000, top, false);
tipo = true;
while (key == false)
{
var hc = 3.0075 * c * (Math.Pow(1.11 / (tsup + ta - 510.44), 0.181)) *
(Math.Pow(1.8 * (tsup - ta), 0.266)) *
(Math.Pow(1 + 7.9366 * Math.Pow(10, -4) * v, 0.5));
var hr = (0.9824 * Math.Pow(10, -8) * emss) * (Math.Pow(ta, 4) - Math.Pow(tsup, 4)) /
(ta - tsup);
var hs = hc + hr;
var q = (top - ta) / ((esp / kais) + (1 / hs));
var tsc = ta + q / hs;
var tsc2 = Convert.ToInt32(tsc);
var tsup2 = Convert.ToInt32(tsup);
if (tsc2 == tsup2)
{
key = true;
var esp2 = Convert.ToInt32(esp * 1000);
var q2 = Convert.ToString(q);
var qint = Convert.ToInt32(q);
var tscint = Convert.ToInt32(tsc - 274);
datagri.Add(new Resultado
{
Espesor = esp2 + " mm",
Flux = qint + " w/m2",
SupMaxima = tscint + " °C"
});
}
else
{
key = false;
tsup = tsc;
}
}
}
else
{
transfMax = CalculoTransferencia(Do * 1000, top, true);
tipo = false;
while (key == false)
{
var da = Do + 2 * esp;
var hc = 2.7241 * c * Math.Pow(da, -0.2) * Math.Pow(1.11 / (tsup + ta - 510.44), 0.181) *
Math.Pow(1.8 * (tsup - ta), 0.266) * Math.Pow(1 + 7.9366 * Math.Pow(10, -4) * v, 0.5);
var hr = 0.9824 * Math.Pow(10, -8) * emss * (Math.Pow(ta, 4) - Math.Pow(tsup, 4)) / (ta - tsup);
var hs = hc + hr;
var q = Math.PI * (top - ta) / (1 / (2 * kais) * Math.Log(da / Do) + 1 / (hs * da));
var tsc = top - (q / (2 * Math.PI * kais) * Math.Log(da / Do));
var tsc2 = Convert.ToInt32(tsc);
var tsup2 = Convert.ToInt32(tsup);
if (tsc2 == tsup2)
{
key = true;
tsc += -274;
var esp2 = Convert.ToInt32(esp * 1000);
var qint = Convert.ToInt32(q);
var tscint = Convert.ToInt32(tsc);
datagri.Add(new Resultado
{
Espesor = esp2 + " mm",
Flux = qint + " w/m",
SupMaxima = tscint + " °C"
});
}
else
{
key = false;
tsup = tsc;
}
}
}
}
var viewModel = new DetallesViewModel
{
Lista = datagri,
TransfMax = transfMax,
tuberia = tipo
};
return(new ObjectResult(viewModel));
}
public UserDetails(User selectedItem)
{
BindingContext = new DetallesViewModel(this, selectedItem);
InitializeComponent();
}
public ActionResult Detalles(Calculo calculo)
{
// Calculo calculo = _context.Calculos.Where(c => c.Id == Id).SingleOrDefault(); //_context.Set<Calculo>().SingleOrDefault(c => c.Id == Id);
ArrayList datagri = new ArrayList();
int transfMax = 0;
bool tipo = false;
for (int i = 0; i < 100; i++)
{
var ta = calculo.Ambiental + 274;
var tsup = calculo.Superficial + 274;
var top = calculo.Operacion + 274;
double C = (calculo.Diametro <= 0) ? 1.79 : 1.016;
double esp = (6.35 * i) * 0.001;
double kais = 0;
double V = calculo.Viento * 0.621371;
double Emss = calculo.Emisividad;
double Do = calculo.Diametro * 0.001;
bool key = false;
double ValorA = 0;
double ValorB = 0;
double ValorC = 0;
double TOperacion2 = 0;
if (calculo.Aislante == ProductosList.CPCA96)
{
ValorA = 0.2187 / 6.935;
ValorB = 0.0002148 / 6.935;
ValorC = 0.0000006908 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.CPCA144)
{
ValorA = 0.2192 / 6.935;
ValorB = 0.0001433 / 6.935;
ValorC = 0.0000006312 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.CPCA192)
{
ValorA = 0.2331 / 6.935;
ValorB = 0.0000679 / 6.935;
ValorC = 0.0000006385 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.TERMOAISLANTE)
{
ValorA = 0.1977 / 6.935;
ValorB = 0.0004 / 6.935;
ValorC = 0.0000002262 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.FF32)
{
ValorA = 0.212 / 6.935;
ValorB = 0.0002696 / 6.935;
ValorC = 0.000001367 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.FF48)
{
ValorA = 0.2035 / 6.935;
ValorB = 0.000373 / 6.935;
ValorC = 0.0000009124 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.FF64)
{
ValorA = 0.2033 / 6.935;
ValorB = 0.0003868 / 6.935;
ValorC = 0.0000006548 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.FF96)
{
ValorA = 0.2187 / 6.935;
ValorB = 0.0002148 / 6.935;
ValorC = 0.0000006908 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (calculo.Aislante == ProductosList.FF128)
{
ValorA = 0.2114 / 6.935;
ValorB = 0.0002836 / 6.935;
ValorC = 0.0000004948 / 6.935;
TOperacion2 = ((top + tsup) / 2) * (1.8) + 32;
kais = ValorA + ValorB * TOperacion2 + ValorC * Math.Pow(TOperacion2, 2);
}
if (C == 1.79)
{
transfMax = CalculoTransferencia(Do * 1000, top, false);
tipo = true;
while (key == false)
{
double hc = 3.0075 * C * (Math.Pow(1.11 / (tsup + ta - 510.44), 0.181)) * (Math.Pow(1.8 * (tsup - ta), 0.266)) * (Math.Pow(1 + 7.9366 * Math.Pow(10, -4) * V, 0.5));
double hr = (0.9824 * Math.Pow(10, -8) * Emss) * (Math.Pow(ta, 4) - Math.Pow(tsup, 4)) / (ta - tsup);
double hs = hc + hr;
double q = (top - ta) / ((esp / kais) + (1 / hs));
double tsc = ta + q / hs;
int tsc2 = Convert.ToInt32(tsc);
int tsup2 = Convert.ToInt32(tsup);
if (tsc2 == tsup2)
{
key = true;
int esp2 = Convert.ToInt32(esp * 1000);
string q2 = Convert.ToString(q);
int qint = Convert.ToInt32(q);
int tscint = Convert.ToInt32(tsc - 274);
datagri.Add(new Resultado {
Espesor = esp2 + " mm", Flux = qint + " w/m2", SupMaxima = tscint + " °C"
});
}
else
{
key = false;
tsup = tsc;
}
}
}
else
{
transfMax = CalculoTransferencia(Do * 1000, top, true);
tipo = false;
while (key == false)
{
double da = Do + 2 * esp;
double hc = 2.7241 * C * Math.Pow(da, -0.2) * Math.Pow(1.11 / (tsup + ta - 510.44), 0.181) * Math.Pow(1.8 * (tsup - ta), 0.266) * Math.Pow(1 + 7.9366 * Math.Pow(10, -4) * V, 0.5);
double hr = 0.9824 * Math.Pow(10, -8) * Emss * (Math.Pow(ta, 4) - Math.Pow(tsup, 4)) / (ta - tsup);
double hs = hc + hr;
double q = Math.PI * (top - ta) / (1 / (2 * kais) * Math.Log(da / Do) + 1 / (hs * da));
double tsc = top - (q / (2 * Math.PI * kais) * Math.Log(da / Do));
int tsc2 = Convert.ToInt32(tsc);
int tsup2 = Convert.ToInt32(tsup);
if (tsc2 == tsup2)
{
key = true;
tsc += -274;
int esp2 = Convert.ToInt32(esp * 1000);
int qint = Convert.ToInt32(q);
int tscint = Convert.ToInt32(tsc);
datagri.Add(new Resultado {
Espesor = esp2 + " mm", Flux = qint + " w/m", SupMaxima = tscint + " °C"
});
}
else
{
key = false;
tsup = tsc;
}
}
}
}
var ViewModel = new DetallesViewModel
{
Lista = datagri,
TransfMax = transfMax,
tuberia = tipo
};
ViewData["MyCalculo"] = ViewModel;
return(View(ViewModel));
}