Uses of Class
nce.heattransfer.forcedconvection.ForcedConvectionCorrelation

Packages that use ForcedConvectionCorrelation

Package	Description
nce.heattransfer.forcedconvection

Uses of ForcedConvectionCorrelation in nce.heattransfer.forcedconvection

Subclasses of ForcedConvectionCorrelation in nce.heattransfer.forcedconvection

Modifier and Type	Class and Description
class	Generic Evaluates Nusselt number as Nu = a * Re^e1 * Pr^e2 * (mu / mu_w)^e3
class	PetukovKirilov Petukov - Kirilov (1958) equation for Nusselt in a pipe
class	PipeDittusBoelterCooling Dittus-Boelter equation for Nusselt in a pipe, cooling
class	PipeDittusBoelterHeating Dittus-Boelter equation for Nusselt in a pipe, heating
class	PipeLaminarSiederTate Evaluates Nusselt number for laminar flow in a tube (smooth pipe) using Sieder - Tate correlation.
class	PipeSmooth Evaluates Nusselt number in a tube (smooth pipe) choosing the correct equation depending on flow type (laminar, transition, turbulent)
class	PipeTransition Evaluates Nusselt number for transition flow ia a tube (smooth pipe) as a linear combination between laminar and turbulent flow computed with Sieder - Tate equation
class	PipeTurbulentSiederTate Evaluates Nusselt number for turbulent flow in a tube (smooth pipe) Maximum deviations +15% -10%.

Methods in nce.heattransfer.forcedconvection that return ForcedConvectionCorrelation

Modifier and Type	Method and Description
static ForcedConvectionCorrelation	ForcedConvectionFactory.getCorrelation(ForcedConvectionFactory.Correlations type)