Area of the floor of the compartment  [m2]     900.00
Height of the compartment              [m]      10.00
Initial temperature                    [K]     293.00
Initial pressure                      [Pa]  100000.00
Combustion Heat of fuel             [J/kg]  14000000.
Maximum timestep used by the solver    [s]      10.00
Timestep to print the results          [s]      60.00
Time of the end of the calculation     [s]    3000.00
********************************************
 
Type of the ceiling                    []          1
Area of the ceiling                  [m2]     900.00
Number of elements in the ceiling      []          7
Length/material of element n°  1,  [m]/[],      0.01/  1
Length/material of element n°  2,  [m]/[],      0.01/  1
Length/material of element n°  3,  [m]/[],      0.01/  1
Length/material of element n°  4,  [m]/[],      0.01/  1
Length/material of element n°  5,  [m]/[],      0.01/  1
Length/material of element n°  6,  [m]/[],      0.01/  1
Length/material of element n°  7,  [m]/[],      0.01/  1
 
Area of the floor                    [m2]     900.00
Number of elements in the ceiling      []          7
Length/material of element n°  1,  [m]/[],      0.01/  2
Length/material of element n°  2,  [m]/[],      0.01/  2
Length/material of element n°  3,  [m]/[],      0.01/  2
Length/material of element n°  4,  [m]/[],      0.01/  2
Length/material of element n°  5,  [m]/[],      0.01/  2
Length/material of element n°  6,  [m]/[],      0.01/  2
Length/material of element n°  7,  [m]/[],      0.01/  2
 
Length of the wall n°    1           [m2]      18.00
Number of elements in this wall        []          7
Length/material of element n°  1,  [m]/[],      0.03/  2
Length/material of element n°  2,  [m]/[],      0.03/  2
Length/material of element n°  3,  [m]/[],      0.03/  2
Length/material of element n°  4,  [m]/[],      0.03/  2
Length/material of element n°  5,  [m]/[],      0.03/  2
Length/material of element n°  6,  [m]/[],      0.03/  2
Length/material of element n°  7,  [m]/[],      0.03/  2
 
Length of the wall n°    2           [m2]      50.00
Number of elements in this wall        []          7
Length/material of element n°  1,  [m]/[],      0.03/  2
Length/material of element n°  2,  [m]/[],      0.03/  2
Length/material of element n°  3,  [m]/[],      0.03/  2
Length/material of element n°  4,  [m]/[],      0.03/  2
Length/material of element n°  5,  [m]/[],      0.03/  2
Length/material of element n°  6,  [m]/[],      0.03/  2
Length/material of element n°  7,  [m]/[],      0.03/  2
 
Length of the wall n°    3           [m2]      18.00
Number of elements in this wall        []          7
Length/material of element n°  1,  [m]/[],      0.03/  2
Length/material of element n°  2,  [m]/[],      0.03/  2
Length/material of element n°  3,  [m]/[],      0.03/  2
Length/material of element n°  4,  [m]/[],      0.03/  2
Length/material of element n°  5,  [m]/[],      0.03/  2
Length/material of element n°  6,  [m]/[],      0.03/  2
Length/material of element n°  7,  [m]/[],      0.03/  2
 
Length of the wall n°    4           [m2]      50.00
Number of elements in this wall        []          7
Length/material of element n°  1,  [m]/[],      0.03/  2
Length/material of element n°  2,  [m]/[],      0.03/  2
Length/material of element n°  3,  [m]/[],      0.03/  2
Length/material of element n°  4,  [m]/[],      0.03/  2
Length/material of element n°  5,  [m]/[],      0.03/  2
Length/material of element n°  6,  [m]/[],      0.03/  2
Length/material of element n°  7,  [m]/[],      0.03/  2
 length of wall 1 multiplied by length of wall 3    324.00 has to be equal to floor area    900.00
 length of wall 2 multiplied by length of wall 4   2500.00 has to be equal to floor area    900.00
********************************************
Number of materials for partitions      []         2
Material N°    1
Density                           [kg/m3]    1600.00
Conductivity                     [W/(mK)]       0.80
Specific heat                   [J/(kgK)]     840.00
Relative emisivity, inside surface     []       0.80
Relative emisivity, outside surface    []       0.80
Convection coef., inside surf.  [W/(m2K)]      25.00
Convection coef., outside surf. [W/(m2K)]       9.00
Material N°    2
Density                           [kg/m3]    2300.00
Conductivity                     [W/(mK)]       1.60
Specific heat                   [J/(kgK)]    1000.00
Relative emisivity, inside surface     []       0.80
Relative emisivity, outside surface    []       0.80
Convection coef., inside surf.  [W/(m2K)]      25.00
Convection coef., outside surf. [W/(m2K)]       9.00
********************************************
Number of openings                     []          3
Opening N°    1
Heigth of the sill of the opening     [m]       0.00
Heigth of the soffit of the opening   [m]       2.50
Width of the opening                  [m]       1.50
Contraction coef. (Bernoulli)          []       0.70
Opening N°    2
Heigth of the sill of the opening     [m]       0.00
Heigth of the soffit of the opening   [m]       3.00
Width of the opening                  [m]       5.00
Contraction coef. (Bernoulli)          []       0.70
Opening N°    3
Heigth of the sill of the opening     [m]       0.00
Heigth of the soffit of the opening   [m]       3.00
Width of the opening                  [m]       5.00
Contraction coef. (Bernoulli)          []       0.70
********************************************
The pyrolisis rate is defined point by point:
The number of points is   12
  time[s],RHR[W],pyrolisis rate[kg of wood/s],fire area [m²]
        0.        0.    0.0000    0.0000
       50.   117500.    0.0080    0.0280
      100.   470000.    0.0340    0.1110
      150.  1057500.    0.0760    0.2490
      200.  1880000.    0.1340    0.4430
      250.  2937500.    0.2100    0.6920
      300.  4230000.    0.3020    0.9970
      350.  5757500.    0.4110    1.3570
      400.  7520000.    0.5370    1.7720
      450.  9517500.    0.6800    2.2430
      461. 10000000.    0.7140    2.3560
     1000.        0.    0.0000    0.0000
********************************************
The number of forced vent is    0
********************************************
The number of horizontal vent group is             0
********************************************
The maximum fire area (   2.36m²) is lower than 25% of the floor area ( 900.00m²). The fire load is localised.
********************************************
