19 "Class that computes the convective heat transfer coefficient using the "
20 "Graber-Rieger correlation. Only use for fuel-pins.");
29 mooseError(
"'Graber-Rieger' is not yet supported for the 'duct_htc_correlation'.");
37 const auto Pe = pre.Re * pre.Pr;
40 if (Pe < 110 || Pe > 4300)
41 flagSolutionWarning(
"Pe number out of range for the Graber-Rieger correlation.");
43 if (pre.poD < 1.25 || pre.poD > 1.95)
45 "Pitch over pin diameter ratio out of range for the Graber-Rieger correlation.");
47 const auto NuT = 0.25 + 6.2 * pre.poD +
48 (-0.007 + 0.032 * pre.poD) * std::pow(turbulent_Pe, 0.8 - 0.024 * pre.poD);
registerMooseObject("SubChannelApp", SCMHTCGraberRieger)
void mooseError(Args &&... args) const
const SubChannel1PhaseProblem & _scm_problem
Reference to the subchannel problem.
Base class for the convective heat transfer coefficients (HTC) closures used in SCM.
Real blendTurbulentNusseltNumber(const NusseltPreInfo &nusselt_info, const Real turbulent_nusselt) const
Blends turbulent Nusselt number through the transition range using the base laminar value.
Real turbulentReynoldsNumber(const NusseltPreInfo &nusselt_info) const
Reynolds number used to evaluate the turbulent endpoint for transition-region blending.
static InputParameters validParams()
NusseltPreInfo computeNusseltNumberPreInfo(const NusseltStruct &nusselt_info) const
Computes all the data needed before computing the nusselt number. It's used by all closure models.
Class that calculates the HTC based on the Graber-Rieger correlation It can be used only for fuel pin...
virtual Real computeNusseltNumber(const FrictionStruct &friction_info, const NusseltStruct &nusselt_info) const override
Computes the nusselt number for the local conditions.
SCMHTCGraberRieger(const InputParameters ¶meters)
static InputParameters validParams()
const SCMHTCClosureBase * getDuctHTCClosure() const
structure with the needed information to compute the friction factor at a specific subchannel cell
structure with the needed information to compute the Nusselt number at a specific subchannel cell and...