1 inch
2 inches
Boundry conditions for the top of the composite a = b = c = (1/m)
Boundry conditions for the bottom of the composite a = b = c = (1/m)
Temperatures for top boundry (deg C)
Temperatures for bottom boundry (deg C)
Time at given temperature points (minutes)
Initial temperature of the composite (deg C)
Density of the fiber (kg/m^3)
Density of the resin (kg/m^3)
Bulk density of composite (kg/m^3)
Bulk heat capcity of composite (kJ/kg*K)
*Transverse thermal conductivity of composite (kW/m*K)
Fiber volume fraction
Resin volume fraction
Resin heat of reaction (kJ/kg)
Initial degree of cure (cannot be zero)
*Arrhenius A-factor for the kinetic model (1/min)
Activation energy for kinetic model (J/mole)
m and n exponents of the autocatalytic kinetic model m = n =
Slope of maximum extent of cure relationship (eoc/deg C)
Intercept of maximum extent of cure relationship (eoc)
Fractional maximum extent of cure for the composite