viscosity_liquid.h

Flowlive The thermo library provides thermodynamical, chemical and physical properties of elements

//---------------------------------------------------------------------------
//  Project:         FlowLive
//  Module:          thermo
/*!\file             viscosity_liquid.h
	\brief            constants for the viscosity of liquids
	\version          0.0.2.3
	\date             Created: 2006-09-18
	\date             Last modified: 2007-09-26
	\author           <a href="mailto:[e-mail]">Tobias Severin, [e-mail]</a>
*/
//---------------------------------------------------------------------------
#ifndef VISCOSITY_LIQUID_H
#define VISCOSITY_LIQUID_H
//---------------------------------------------------------------------------
#include <thermo/thermo.h>

//---------------------------------------------------------------------------
THERMO_BEGIN

// data taken from de.wikipedia.org on 2006-09-12
// Typische Viskosit鋞swerte

// Wasser (25 癈) 0,891
static const double kViscosity_H2O = 0.891E-3; // [Pa s] (water)

// Petroleum 0,65
static const double kViscosity_Petroleum = 0.65E-3; // [Pa s]

// Pentan (25 癈) 0,224
static const double kViscosity_C5H12 = 0.224E-3; // [Pa s] (pentane)

// Hexan 0,320
static const double kViscosity_C6H14 = 0.320E-3; // [Pa s] (hexane)

// Heptan 0,410
static const double kViscosity_C7H16 = 0.410E-3; // [Pa s]

// Oktan 0,538
static const double kViscosity_C8H18 = 0.538E-3; // [Pa s]

// Nonan 0,711
static const double kViscosity_C9H20 = 0.711E-3; // [Pa s]

// Dekan 0,920
static const double kViscosity_C10H22= 0.920E-3; // [Pa s]

// Ethanol 1,19
static const double kViscosity_CH3OH = 1.19E-3; // [Pa s]

// Benzol (25 癈) 0,601
static const double kViscosity_C6H6 = 0.601E-3; // [Pa s]

// Glycerin 1480
static const double kViscosity_Glycerin = 1.480; // [Pa s]

// Farblack ~ 102
static const double kViscosity_Paint = 0.102; // [Pa s]

// Paraffin鰈 10^2 bis 10^6
static const double kViscosity_Parrafin_Oil = 0.104; // [Pa s]

// Polymerschmelzen 103 bis 1013 2)
static const double kViscosity_Polymer_Melted = 0.5; // [Pa s]

// Bitumen ~ 10^11
static const double kViscosity_Bitumen = 1.0E8; // [Pa s]

// Asphalt ~ 10^5
static const double kViscosity_Asphalt = 0.10E2; // [Pa s]

// Quecksilber 1,55
static const double kViscosity_Hg = 0.0155; // [Pa s] (mercury)

// Glas (Verarbeitungstemperatur) ~ 102 bis 104
// Glas (Raumtemperatur) ~ 1018 bis 1020
static const double kViscosity_Glass = 1.0E16; // [Pa s]

// Blut (37 癈) 4 bis 25
static const double kViscosity_Blood = 14.5E-3; // [Pa s]

// Traubensaft 2 bis 5
static const double kViscosity_Grape_Juice = 3.5E-3; // [Pa s]

// Oliven鰈 ~ 10^2
static const double kViscosity_Olive_Oil = 0.10E2; // [Pa s]

// Honig ~ 10^4
static const double kViscosity_Honey = 1.0E1; // [Pa s]

// Sirup ~ 10^5
static const double kViscosity_Syrup = 1.0E2; // [Pa s]

// Kaffeesahne ~ 10



// data taken from en.wikipedia.org on 2006-09-12
// Liquids (at 25 癈):
// viscosity (Pa穝)

// ethanol a 1.074