  <html><!-- dbs 26.06.14  43.0e5 not 43.0e10 for 211 
*** JCL 21.01.19 thermal expansion coeff for paraffin from 
*** https://www.engineeringtoolbox.com/cubical-expansion-coefficients-d_1262.html
*** jcl 10/10/17 add 26, 59, 68 & 69 for VOF cases --><pre><strong>
  .... File Name ............ PROPS .............................10.10.17
  A full explanation of this file is to be found in the PHOENICS 
  <a href="/phoenics/d_polis/d_enc/props.htm"> Encyclopaedia</a>
  
  ***************************************************************
   Default Physical Property Table for PHOENICS 
  ***************************************************************
 SOLPRP 100.0
 PORPRP 198.0
 VACPRP 199.0
               Gases are listed first, then liquids, then solids
               -------------------------------------------------
  col.1  col.2     col.3     col.4    col.5    col.6      col.7

  The units of measurement are:
  for density, kg/m**3 
  for kinematic viscosity, m**2/s, 
  Poisson's Ratio of a solid, dimensionless 
  for specific heat, joules/(kg*degC) 
  for thermal conductivity, watts/(m*degC) 
  for thermal expansion coefficient,  (degC)**(-1) 
  for compressibility, or the reciprocal of Young's Modulus
      in the case of solids, m**2/Newton 
  ---------------------------------------------------------------------

  
  IMAT           viscosity  specific  thermal thermal  compress
  i.e. density  or Poisson   heat     conduct expnsn.  -ibility or
  PRPS          's ratio    capacity  -ivity  coefff. 1/Young's modulus 
   ---------------------------------------------------------------------
   <0  >   Air at 20 deg C, 1 atm, treated as incompressible
0      1.189      1.544E-05   1005.0   0.0258  3.41E-3   0.0
   ---------------------------------------------------------------------
   <1  >   Air using Isentropic Gas Law (1)
      Air:   Isentropic Gas Law,  27 deg C, 1 atm; pressure unit = Pa
1      GRND3     1.569E-5  1007.0    0.0263   3.33E-3   GRND3
 3.1147E-4  0.71429  0.0
 0.0  0.71429
   ---------------------------------------------------------------------
   <2  >   Air using Ideal Gas Law, STP
      Air:   Ideal Gas Law,  STP; pressure unit = bar
                  Prandtl Number
2      GRND5      GRND2    1004.0    0.0263   3.33E-3   GRND5
 0.0  3.4843E-3
 -0.494679E-5  0.458394E-7  0.80974E-10
 0.0  0.0  0.71429
   ---------------------------------------------------------------------
   <3  >   Air using Isentropic Gas Law (2)
      Air:   Isentropic Law,  27 deg C, 1 atm; pressure unit = bar
3      GRND3     1.569E-5  1007.0    0.0263   3.33E-3   GRND3
 1.0  0.714
 0.0  0.714
   ---------------------------------------------------------------------
   <4  >   Ammonia at 27. deg C
4     0.6894     1.47E-5   2158.0    0.0247   0.0
   ---------------------------------------------------------------------
   <5  >   Carbon Dioxide at 27 deg C, 1 atm
5      1.797    8.32E-6    851.0     0.01655  3.33E-3
   ---------------------------------------------------------------------
   <6  >   CO2 using Isentropic Gas Law
      CO2:   Isentropic Gas Law,  27 deg C, 1 atm; pressure unit = Pa
6      GRND3    8.32E-6    851.0     0.01655  3.33E-3   GRND3
 2.369E-4  0.7752  0.0
 0.0  0.7752
   ---------------------------------------------------------------------
   <7  >   CO2 using Ideal Gas Law, STP
      CO2:   Ideal Gas Law,  STP; pressure unit = Pa
7      GRND5    8.32E-6    845.4     0.01655  3.33E-3   GRND5
 0.0  5.294E-3
 0.0  0.0  0.7752
   ---------------------------------------------------------------------
   <8  >   Carbon Monoxide at 27 deg C, 1 atm
8      1.138    1.56E-5   1043.0    0.025    3.33E-3

   <9  >   CO using Isentropic Gas Law
      CO:   Isentropic Gas Law,  27 deg C, 1 atm; pressure unit = Pa
9      GRND3     1.56E-5   1043.0    0.025    3.33E-3   GRND3
 3.042E-4  0.7143  0.0
 0.0  0.71429
   ---------------------------------------------------------------------
   <10 >   CO using Ideal Gas Law, STP
10     GRND5     1.56E-5   1039.0    0.025    3.33E-3   GRND5
 0.0  3.369E-3
 0.0  0.0  0.71429
   ---------------------------------------------------------------------
   <11 >   Helium at 27 deg C, 1 atm
11    0.1625     1.22E-4   5193.0    0.152    3.33E-3
   ---------------------------------------------------------------------
   <12 >   Helium using Isentropic Gas Law
      Helium:   Isentropic Gas Law,  27 deg C, 1 atm; pressure unit = Pa
12     GRND3     1.22E-4   5193.0    0.152    3.33E-3   GRND3
 1.581E-4  0.6023  0.0
 0.0  0.6023
   ---------------------------------------------------------------------
   <13 >   Helium using Ideal Gas Law, STP
13     GRND5     1.22E-4   5225.0    0.152    3.33E-3   GRND5
 0.0  4.815E-4
 0.0  0.0  0.6023
   ---------------------------------------------------------------------
   <14 >   Hydrogen at 27 deg C, 1 atm
14  8.185E-2    1.095E-4   1.431E4   0.182    3.33E-3
   ---------------------------------------------------------------------
   <15 >   Hydrogen using Isentropic Gas Law
      Hydrogen:   Isentropic Gas Law   27 deg C  1 atm
15     GRND3    1.095E-4   1.431E4   0.182    3.33E-3   GRND3
 2.322E-5  0.7092  0.0
 0.0  0.7092
   ---------------------------------------------------------------------
   <16 >   Hydrogen using Ideal Gas Law, STP
16     GRND5    1.095E-4   1.418E4   0.182    3.33E-3   GRND5
 0.0  2.425E-4
 0.0  0.0  0.7092
   ---------------------------------------------------------------------
   <17 >   Nitrogen at 27 deg C, 1 atm
17     1.138     1.565E-5  1041.0    0.0261   3.33E-3
   ---------------------------------------------------------------------
   <18 >   Nitrogen using Isentropic Gas Law
      Nitrogen:   Isentropic Gas Law   27 deg C  1 atm
18     GRND3     1.565E-5  1041.0    0.0261   3.33E-3   GRND3
 3.042E-4  0.7143  0.0
 0.0  0.7143
   ---------------------------------------------------------------------
   <19 >   Nitrogen using Ideal Gas Law, STP
19     GRND5     1.565E-5  1039.0    0.0261   3.33E-3   GRND5
 0.0  3.369E-3
 0.0  0.0  0.7143
   ---------------------------------------------------------------------
   <20 >   Oxygen at 27 deg C, 1 atm
20     1.301     1.586E-5  920.0     0.0268   3.33E-3
   ---------------------------------------------------------------------
   <21 >   Oxygen using Isentropic Gas Law
      Oxygen:   Isentropic Gas Law   27 deg C  1 atm
21     GRND3     1.586E-5   920.0    0.0268   3.33E-3   GRND3
 3.476E-4  0.7143  0.0
 0.0  0.7143
   ---------------------------------------------------------------------
   <22 >   Oxygen using Ideal Gas Law, STP
22     GRND5     1.586E-5   918.0    0.0268   3.33E-3   GRND5
 0.0  3.849E-3
 0.0  0.0  0.7143
   ---------------------------------------------------------------------
   <23 >   STEAM at 100 deg C, 1 atm
23    0.5863     2.168E-5  2060.0    0.0246   2.68E-3
   ---------------------------------------------------------------------
   <24 >   Steam using Isentropic Gas Law
      Steam:   Isentropic Gas Law   160 deg C  1 atm
24     GRND3     2.818E-5  1984.0    0.0283   2.31E-3  GRND3
 7.151E-5  0.7692  0.0
 0.0  0.7692
   ---------------------------------------------------------------------
   <25 >   Steam using Ideal Gas Law
      Steam:   Ideal Gas Law   160 deg C  1 atm
25     GRND5     2.818E-5  1910.6    0.0283   2.31E-3  GRND5
 0.0  2.167E-3
 0.0  0.0  0.7692
   ---------------------------------------------------------------------
   <26 >   Carbon Dioxide Adim near critical point
26      0.234    5.06E-2    851.0     0.01655  3.33E-3
   ---------------------------------------------------------------------
   <27 >   Fluid Light
27      1.189      1.544E-05   1005.0   0.0258  3.41E-3   0.0
   ---------------------------------------------------------------------
   <28 >   WATER adim 2
28    1.0    6.0606E-3   4181.8    0.597    1.18E-4
   ---------------------------------------------------------------------
   <30 >   Ideal gas Law for mixture of 3 gases (ENUL=3.6E-5/GRHO)
30     GRND6    9.983E-6    GRND10    0.0263   3.33E-3   3.41E-3
 16.0   29.0     28.0
 1.5E3  1.5E3    1.5E3
   ---------------------------------------------------------------------
   <31 >   Ideal gas Law for mixture of 3 gases (ENUL=3.6E-5/GRHO)
31     GRND6    9.983E-6    GRND10    -0.7   3.33E-3   3.41E-3
 16.0   29.0     28.0
 1.5E3  1.5E3    1.5E3
   ---------------------------------------------------------------------
   <32 >   Silicon oil at 25 deg C, 1 atm DC-200
32     918.30    7.94E-6     1047.0   0.0788   0.0
      
      dummy uniform-property fluids used for test purposes
      prndtl nos = 1.0, 0.7, 0.1, 10.0
   <40 >   dummy fluid
40       1.0     1.0          1.0    1.0      0.0
   <41 >   dummy fluid
41       1.0     1.0          1.0    1.429    0.0
   <42 >   dummy fluid
42       1.0     1.0          1.0   10.0      0.0
   <43 >   dummy fluid
43       1.0     1.0          1.0    0.1      0.0
      prndtl no=1; smaller DENS
   <44 >   dummy fluid
44       0.1     1.0          1.0    1.0      0.0
      prndtl no=1; smaller viscosity
   <45 >   dummy fluid
45       1.0     0.1          1.0    1.0      0.0
      prndtl no=1; smaller specific heat
   <46 >   dummy fluid
46       1.0     1.0          0.1    1.0      0.0
      prndtl no=1; larger density
   <47 >   dummy fluid
47       10.     1.0          1.0    1.0      0.0
      prndtl no=1; larger viscosity
   <48 >   dummy fluid
48       1.0     10.          1.0    1.0      0.0
      prndtl no= 1; larger specific heat                    `
   <49 >   dummy fluid
49       1.0     1.0         10.     1.0      0.0

            *** LIQUIDS 50 - 99 ***
   <51 >   Freezing water at 1 atm
     Water at 0 deg C, 1 atm
51     1000.    1.792E-6    4217.0    0.569  -0.68e-4

   <52 >   GLASS Liq at 1127 deg C
52     2300.0    8.695E-3   1300.0    75.0     7.14E-4

   <59 >   Paraffin oil at 25 deg C, 1 atm
59     861.15    1.16E-4     1882.35   0.1347   7.64E-4

   <60 >   Coolanol 25 at 25 deg C, 1 atm
60     900.0    1.E0   1882.35   0.13135  0.0

   <61 >   Coolanol 45 at 25 deg C, 1 atm
61     895.0    2.E-5     1882.35   0.1347   0.0

   <62 >   ETHYLENE GLYCOL at 27. deg C
62    1111.0     1.41E-5   2415.0    0.252    6.5E-4

   <63 >   FC75 at 25 deg C, 1 atm
63    1757.0    8.201E-7  1037.384  0.06399  0.0

   <64 >   Freon (refrigerant-12) at 27 deg C
64    1305.0     1.95E-7   978.1     0.072   27.5E-4

   <65 >   Glycerin at 27. deg C
65    1259.0     6.34E-4   2427.0    0.286    4.7E-4   

   <66 >   Mercury at 27. deg C
66    1.353E4    1.125E-7   139.3     8.54    1.8E-4   

   <67 >   WATER at 20. deg C
67    998.23    1.006E-6   4181.8    0.597    1.18E-4  

   <68 >   WATER adim
68    1.0    0.328   4181.8    0.597    1.18E-4 

   <69  >   Air at 20 deg C, 1 atm, treated as incompressible
69      1.225      1.45E-05   1005.0   0.0258  3.41E-3   0.0
   
  <70 >   WATER adim 2
70    1.0    6.0606E-3   4181.8    0.597    1.18E-4

   <71 >   FC75 at 25 deg C, 1 atm
71    1727.7    6.19E-7  1047.0  0.063  0.0

   <72 >  Fluid Heavy
72    998.23    1.006E-6   1005.0    0.1435   1.18E-4
   ---------------------------------------------------------------------
   <90>  moving body with properties of steel
   90     7800.0    0.0       473.0    43.0     0.37e-5    0.5e-11 
90     0.0    0.0       473.0    43.0     0.37e-5    0.5e-11 
   ---------------------------------------------------------------------
   <99 >   solid (steel) treated as high-viscosity incompressible fluid
99     7800.0  100.0       473.0   43.0      0.0    0.0 
   ---------------------------------------------------------------------
   ---------------------------------------------------------------------

            *** SOLIDS SOLPRP - PORPRP ***

   <100>   ALUMINIUM at 27 deg c
100    2700.0     0.35      896.0     204.0 2.35e-5  1.47e-11

   <101>   BAKELITE at 20 deg c
101    1270.0     0.4     1590.0     0.23     0.0      0.0

   <102>   BRICK at 20 deg c
102    1600.0     0.2      840.0     0.69     0.0      0.0

   <103>   COPPER at 27 deg C
103     8954.0    0.34    383.0     381.0    1.67e-5   0.77e-11

   <104>   EPOXY at 27 deg C
104    1900.0    0.3       789.0     0.4      0.0       0.37e-9

   <105>   FIBREGLASS at 27 deg C
105      48.0    0.2      1100.0    0.038    0.58e-5    0.145e-10

   <106>   GLASS at 20 deg c
106    2700.0    0.23       840.0     0.78    0.58e-5    0.145e-10

   <107>   GOLD at 27 deg C
107   19290.0    0.3       129.0   305.0     1.42e-5    1.43e-11

   <108>   NICKEL at 27 deg C
108    8906.0    0.3       446.0    90.0     1.33e-5    0.5e-11 

   <109>   POLYSTYRENE at 27 deg C
109    1057.2    0.4      1344.0    0.15     7.2e-5     3.3e-11 

   <110>   SILVER at 27 deg C
110   10524.0    0.3       234.0   415.0     1.91       0. 

   <111>   STEEL at 27 deg c (C = 1%)
111    7800.0    0.3       473.0    43.0     0.37e-5    0.5e-11 

   <112>   TIN at 27 deg C
112    7304.0    0.3       226.0    66.0     2.3e-5    2.5e-11 

   <113>   Asbestos cement sheet
113     700.0    0.2       1050.    0.36     0.0       1.e-9 

   <114>   Asbestos cement decking
114    1500.0    0.2       1050.    0.36     0.0       1.e-9 

   <115>   Brickwork (outer leaf)
115    1700.0    0.2        800.    0.84     0.0       1.e-9 

   <116>   Brickwork (inner leaf)
116    1700.0    0.2        800.    0.1     0.0       1.e-9 

   <117>   Cast concrete (dense)
117    2100.0    0.2        840.    1.40     0.0       0.54e-10

   <118>   Cast concrete (medium)
118    2000.0    0.2       1000.    1.13     0.0       1.e-9 

   <119>   Cast concrete (lightweight)
119    1200.0    0.2       1000.    0.38     0.0       1.e-9 

   <120>   Concrete block (heavyweight)
120    2300.0    0.2       1000.    1.63     0.0       1.e-9 

   <121>   Concrete block (mediumweight)
121    1400.0    0.2       1000.    0.51     0.0       1.e-9 

   <122>   Concrete block (lightweight)
122     600.0    0.2       1000.    0.19     0.0       1.e-9 

   <123>   Aerated concrete slab
123     500.0    0.2        840.    0.16     0.0       1.e-9 

   <124>   Fibreboard
124     300.0    0.3       1000.    0.06     0.0       1.e-9
                                                            
   <125>   Plasterboard                                     
125     950.0    0.3        840.    0.16     0.0       1.e-9
                                                            
   <126>   Tile hanging/Roof tile                           
126    1900.0    0.3        800.    0.84     0.0       1.e-9
                                                            
   <127>   External rendering/Plaster (dense)               
127    1300.0    0.3       1000.    0.50     0.0       1.e-9
                                                            
   <128>   Plaster (lightweight)                            
128     600.0    0.3       1000.    0.16     0.0       1.e-9
                                                            
   <129>   Asphalt/Felt/Bitumen layers                      
129    1700.0    0.3       1000.    0.50     0.0       1.e-9

   <130>   Screed
130    1200.0    0.3        840.    0.41     0.0       1.e-9
                                                            
   <131>   Stone chippings                                  
131    1800.0    0.3       1000.    0.96     0.0       1.e-9
                                                            
   <132>   Wood wool slab                                   
132     500.0    0.3       1000.    0.10     0.0       1.e-9
                                                            
   <133>   Timber flooring/ Wood blocks                     
133     650.0    0.3       1200.    0.14     0.0       1.e-9
                                                            
   <134>   Expanded polystyrene slab                        
134      25.0    0.3       1400.   0.035     0.0       1.e-9
                                                            
   <135>   Glass fibre quilt                                
135      12.0    0.2        840.   0.040     0.0       1.e-9

   <136>   Glass fibre slab
136      25.0    0.2       1000.   0.035     0.0       1.e-9
                                                            
   <137>   Mineral fibre slab                               
137      30.0    0.2       1000.   0.035     0.0       1.e-9
                                                            
   <138>   Phenolic foam                                    
138      30.0    0.3       1400.   0.040     0.0       1.e-9
                                                            
   <139>   Polyurethane Board                               
139      30.0    0.3       1400.   0.025     0.0       1.e-9
                                                            
   <140>   Urea formaldehyde foam                           
140      10.0    0.3       1400.   0.040     0.0       1.e-9
                                                            
   <141>   STEEL-2- at 27 deg c (C = 1%)                    
141    7800.0    0.3       473.0   43.0      0.37e-5   1.e-9

   <142>   STEEL-3- at 27 deg c (C = 1%)
142    7800.0    0.0       473.0   43.0      0.37e-5   1.e-9
                                                            
   <143>   STEEL-4- at 27 deg c (C = 1%)                    
143    7800.0    0.3       473.0   43.0      0.37e-5   1.e-9
                                                            
   <144>   STEEL-5- at 27 deg c (C = 1%)                    
144    7800.0    0.3       473.0   43.0      0.37e-5   1.e-9
                                                            
   <145>   BRICK-2- at 20 deg c                             
145    1600.0     0.2      840.0     0.69     0.3      1.e-9
                                                            
   <146>   BRICK-3- at 20 deg c                             
146    1600.0     0.2      840.0     0.69     0.3      1.e-9
                                                            
   <147>   BRICK-4- at 20 deg c                             
147    1600.0     0.2      840.0     0.69     0.3      1.e-9

   <148>   BRICK-5- at 20 deg c
148    1600.0     0.2      840.0     0.69     0.3      1.e-9
                                                            
   <150>  CUTOFF-glass/gas interface                             
150    2300.0     0.2     1300.0     1.e3     0.9e-5   1.e-9
                                                            
   <151>   ICE                                              
151    999.87     0.3      2040.0    2.25     0.0      1.e-9
   <161>   artificial solid material having same properties as material 0                                                         
161      1.189      1.544E-05   1005.0   0.0258  3.41E-3   0.0
  ******** Representation of blockages **********           
   <198>   Solid with smooth-wall friction             
    Anonymous solid with smooth-wall friction          
198      0.0    0.0          0.0   0.0      0.0        
   
   <199>   Solid allowing fluid-slip at walls          
    Fictitious solid allowing fluid-slip at walls      
199      0.0    0.0          0.0   0.0      0.0        
   
   <211>   Fictitious solid
*       STEEL at 27 deg c (C = 1%) with immensely increased
*       thermal conductivity for testing purposes
211    7800.0    0.3       473.0   43.0e5      0.37e-5    0.5e-11
   
   <212>   material similar to steel used in solid-stress tests (s100 etc)
212    7800.0    0.3       473.0   43.0      1.e-5    0.5e-11
   
   <213>   material similar to steel but with immensely increased
*                 thermal expansion coefficient for testing purposes
213    7800.0    0.3       473.0   43.0      2.0   0.5e-11 
   
   <214>   material similar to steel but with expansion coefficient
*                linearly dependent on temperature   
214    7800.0    0.3       473.0   43.0      grnd4    0.5e-11
 1.0 1.0 
   <215>   material similar to steel but with Young's modulus
*                linearly dependent on temperature   
215    7800.0    0.3       473.0   43.      0.0    grnd1
 1.0 2.0

   ---------------------------------------------------------------------
   <299>  domain material for angled plate object
299     1.      1.E-05    1000.0   0.026   3.41E-3   0.0

   <300>   Air at 20 deg C, 1 atm, for angled plate object
300    1.189      1.544E-05   1005.0   0.0258  3.41E-3   0.0
   ---------------------------------------------------------------------

  </body></pre></strong></html>
