Petroleo

INTRODUCCIÓN
3. CONCEPTOS FÍSICOS
4. MECÁNICA DE LA GEOMETRÍA DE FRACTURA
5. SISTEMAS DE FLUIDOS FRACTURANTES
6. CARACTERÍSTICAS DE LOS APUNTALANTES
7. METODOLOGÍA DE DISEÑO
7.1. Fundamentos7.2. Consideraciones de diseño
7.3. Evaluación durante el fracturam

rs = Val(yg) * (((Val(pprom) / 18.2) + 1.4) * 10 ^ (0.0125 * Val(api) - 0.00091 * Val(tprom))) ^ 1.2048

bg = (0.02825 * Val(z)* (Val(tprom) + 460)) / Val(pprom)

tpc = 168 + 325 * Val(rgf) - 37.5 * (Val(rgf) ^ 2)

ppc = 677 + 15 * Val(rgf) - 37.5 * (Val(rgf) ^ 2)

tpr = (Val(tprom) + 440) / Val(tpc)

ppr =Val(pprom) / Val(ppc)
a = 1.39 * ((Val(tpr) - 0.92) ^ 0.5) - 36 * Val(tpr) - 0.101
b = (0.62 - 0.23 * Val(tpr)) * Val(ppr) + ((0.066 / (Val(tpr) - 0.86)) - 0.037) * Val(ppr) ^ 2
c = 0.132 - 0.32 *Log(Val(tpr))
d = 10 ^ (0.3106 - 0.49 * Val(tpr) + 0.1824 * Val(tpr) ^ 2)

z = (1 + ((344400 * Val(tprom) * 10 ^ (1.785 * Val(yg))) / ((Val(tprom) + 460) ^ 3.825))) ^ (-1)

bo = 0.972 + 0.000147 *((Val(rs) * (Val(yg) / Val(yo)) ^ 0.5) + 1.25 * Val(tprom)) ^ 1.175

bw = (1 + ((-0.010001 + (0.000133391 * Val(tprom)) + (0.000000550654 * (Val(tprom) ^ 2))) * (1 + ((-0.00000000195301 * Val(pprom) *Val(tprom)) - (1.72834E-13 * Val(tprom) * (Val(pprom) ^ 2)) - (0.000000358922 * Val(pprom)) - (0.000000000225341 * (Val(pprom) ^ 2))))))

zi = 3.0324 - (0.02023 * Val(api))
Y = 10 ^ (Val(zi))
X =Val(Y) * ((Val(tprom) ^ -1.163))
md = 10 ^ (Val(X)) - 1
bi = 5.44 * ((Val(rs) + 150) ^ -0.338)
mo = (10.715 * ((Val(rs) + 100) ^ -0.515)) * Val(md) ^ Val(bi)

mi = Val(yg) * 28.96
k = (((9.4 + (0.02* Val(mi))) * ((Val(tprom) + 460) ^ 1.5)) / (209 + (19 + Val(mi)) + (460 + Val(tprom))))
xi = (3.5 + (986 / (460 + Val(tprom))) + (0.01 * Val(mi)))
yi = Exp(1.003 - (0.01479 * (Val(tprom))) +(0.00001982 * (Val(tprom) ^ 2))) * (2.4 - (0.2 * Val(xi)))
dg = ((0.0014935 * ((Val(pprom) * Val(mi)) / (Val(z) * (460 + Val(tprom))))))
mg = ((Val(k) * (Exp((Val(xi) * (Val(dg) ^ Val(yi)))))) /...