Documentation
¶
Overview ¶
Package containing formulae for the estimation of evaporation times based upon thermodynamics and empirical equations
Package for performing engineering calculations; at present this consists of evaporation rate estimation, thawtime estimation and fluid dynamics
Package for performing engineering calculations; at present this consists of evaporation rate estimation, thawtime estimation and fluid dynamics
Index ¶
- Constants
- func Angularfrequency(frequency float64) (angularfrequency float64)
- func CentripetalForce(mass wunit.Mass, angularfrequency float64, radius wunit.Length) (force wunit.Force)
- func ConductionPowertransferred(Platetype string, SurfaceTemp wunit.Temperature, BulkTemp wunit.Temperature) (conductionpowertransferred float64)
- func ConvectionPowertransferred(hc_air float64, Platetype string, SurfaceTemp wunit.Temperature, ...) (convectionpowertransferred float64)
- func EvaporationVolume(temp wunit.Temperature, liquidtype string, relativehumidity float64, ...) wunit.Volume
- func Froude(dt float64, n float64, g float64) float64
- func Hc_air(v float64) (hc_air float64)
- func KLa_squaremicrowell(D float64, dv float64, ai float64, RE float64, a float64, froude float64, ...) float64
- func Massfromvolume(Volume wunit.Volume, liquid string) (Mass wunit.Mass)
- func Ncrit_srw(sigma float64, dv float64, Vl float64, ro float64, dt float64) wunit.Rate
- func Pw(Relativehumidity float64, PWS float64) float64
- func Pws(Temp wunit.Temperature) float64
- func Q(liquid string, Mass wunit.Mass) (q float64)
- func RE(ro float64, n float64, mu float64, dv float64) float64
- func Shakerspeed(TargetRE float64, ro float64, mu float64, dv float64) wunit.Rate
- func Thawfloat(convectionpowertransferred float64, conductionpowertransferred float64, ...) (Thawtimerequired float64)
- func Thawtime(convectionpowertransferred float64, conductionpowertransferred float64, ...) (Thawtimerequired wunit.Time)
- func X(pw float64, Pa wunit.Pressure) float64
- func Xs(pws float64, Pa wunit.Pressure) float64
- func Θ(liquid string, airvelocity wunit.Velocity) (float64, error)
Constants ¶
const G float64 = 9.81 //acceleration due to gravity in meters per second squared
Variables ¶
This section is empty.
Functions ¶
func Angularfrequency ¶
func CentripetalForce ¶
func ConductionPowertransferred ¶
func ConductionPowertransferred(Platetype string, SurfaceTemp wunit.Temperature, BulkTemp wunit.Temperature) (conductionpowertransferred float64)
func ConvectionPowertransferred ¶
func ConvectionPowertransferred(hc_air float64, Platetype string, SurfaceTemp wunit.Temperature, BulkTemp wunit.Temperature) (convectionpowertransferred float64)
func EvaporationVolume ¶
func Hc_air ¶
q = hc A dT (1)
where
q = heat transferred per unit time (W)
A = heat transfer area of the surface (m2)
hc= convective heat transfer coefficient of the process (W/(m2K) or W/(m2oC))
dT = temperature difference between the surface and the bulk fluid (K or oC)
heat transferred by surface via air
func KLa_squaremicrowell ¶
func Shakerspeed ¶
Types ¶
This section is empty.
Source Files