\material\CONCRETE
\CONCRETE\Dry density
2200 +- 100	kg¥m^-3

\CONCRETE\Heat capacity
840	J¥kg^-1¥K^-1	[1]
940	J¥kg^-1¥K^-1	[2]

\CONCRETE\Porosity[2]
0.15	m^3¥m^-3

\CONCRETE\Thermal conductivity of the dry material
\table_top
\Test Method	T, Hot surface ‹C 	T, Cold surface ‹C	ƒÉ W¥m^-1¥K^-1
B62-003	11.5	9.0	2.0	[3]
B62-003	22.4	18.9	2.0	[3]
B62-003	32.9	29.4	2.0	[3]
***	***	***	1.16	[4]
***	***	***	1.7	[5]
ASTM C518	33.81	20.62	1.21	[5a]
ASTM C518	33.38	20.53	1.26	[5a]
\table_end

\CONCRETE\Thermal conductivity of moist material at 0 ‹C[2]:
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1	moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1
0	1.16	0.04	2.61
0.01	1.89	0.05	2.71
0.02	2.24	0.06	2.78
0.03	2.46	***	***
\table_end

\CONCRETE\Sorption/desorption curve[6]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
25	0.0094	
25.5	0.0083	
44.7	0.0122	
45.1	0.0109	
64.8	0.0182	
65.2	0.0165	
79.8	0.0268	
80.2	0.0256	
89.6	0.0345	
90.1	0.0325	
97.8	0.0425	
98.5	0.0462	
19.9		0.0100
20.2		0.0088
45.1		0.0226
45.7		0.0212
65.3		0.0305
65.8		0.0290
84.6		0.0375
84.9		0.0395
94.7		0.0467
95.0		0.0447
\table_end

\CONCRETE\Capillary moisture content:
110	kg¥m^-3	[1]

\CONCRETE\Saturation moisture content:
150	kg¥m^-3	[1]
158	kg¥m^-3	[2]

\CONCRETE\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability at 23 ‹C kg¥m^-1¥s^-1¥Pa^-1
0	60		6.13E-12	[7]
60	80		6.76E-12	[7]
60	93		7.61E-12	[7]
60	100		10.8E-12	[7]
3	50		1.2E-12	[8]
3	50		1.4E-12	[8]
		25	1.26E-12	[2]
		50	1.4E-12	[2]
		75	2.5E-12	[2]
		95	6.3E-12	[2]
\table_end

\CONCRETE\Desorption Isotherms and Water vapour permeabilities of approximately 5 year old concrete samples[9]
\Sample 1. Composition: Cement = 418 kg¥m^-3; Water = 167 kg¥m^-3; Sand = 990 kg¥m^-3; 
\Macadam = 910  kg¥m^-3.
\table_top
\RH %	Moisture Content kg¥m^-3	RH %	Water Vapour Permeability kg¥m^-1¥Pa^-1¥s^-1
30	39	30	1.0E-12
50	49	65	1.0E-12
60	59	70	1.4E-12
70	69	80	2.1E-12
80	80	84	2.6E-12
86	88	88	3.4E-12
90	95	90	3.9E-12
92	100	93	4.4E-12
94	105	96	5.2E-12
96	111		
\table_end

\Sample 2. Composition: Cement = 368 kg¥m^-3; Water = 184 kg¥m^-3; Sand = 990 kg¥m^-3; 
\Macadam = 910  kg¥m^-3.
\table_top
\RH %	Moisture Content kg¥m^-3	RH%	Water Vapour Permeability kg¥m^-1¥Pa^-1¥s^-1
30	37	30	1.0E-12
50	48	65	1.0E-12
65	65	80	2.4E-12
75	78	86	4.4E-12
84	91	90	7.4E-12
90	101	93	1.3E-11
93	108	95	2.1E-11
95	114	96	3.1E-11
96	119	97	6.7E-11
97	129		
\table_end

\Sample 3. Composition: Cement = 328 kg¥m-3; Water = 197 kg¥m-3; Sand = 990 kg¥m-3; 
\Macadam = 910  kg¥m^-3.
\table_top
\RH %	Moisture Content kg¥m^-3	RH %	Water Vapour Permeability kg¥m^-1¥Pa^-1¥s^-1
30	34	30	1.3E-12
65	63	65	1.3E-12
80	85	80	2.8E-12
86	97	86	5.4E-12
90	107	90	1.1E-11
93	114	93	2.4E-11
95	122	95	5.6E-11
96	128	96	6.3E-11
97	138	97	1.0E-10
97.6	144	97.6	1.6E-10
\table_end

\Sample 4. Composition: Cement = 296 kg¥m^-3; Water = 207 kg¥m^-3; Sand = 990 kg¥m^-3; 
\Macadam = 910  kg¥m^-3.
\table_top
\RH %	Moisture Content kg¥m^-3	RH %	Water Vapour Permeability kg¥m^-1¥Pa^-1¥s^-1
30	32	30	1.3E-12
65	61	65	1.3E-12
80	85	80	2.8E-12
86	99	86	5.4E-12
90	111	90	1.1E-11
93	121	93	2.4E-11
95	131	95	5.6E-11
97	148	97	1.3E-10
97.6	155	97.6	2.1E-10
98	160	98	2.8E-10
\table_end

\CONCRETE\Moisture diffusivity[2]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.0066	1.44E-11
0.011	1.56E-11
0.0154	1.75E-10
0.022	2.89E-10
0.0286	2.89E-10
0.0352	2.89E-10
0.0418	2.89E-10
0.0484	2.89E-10
0.069	2.89E-10
\table_end

\CONCRETE\Suction curve[2] at 10 ‹C :
\table_top
P Pa	u kg¥kg^-1	P Pa	u kg¥kg^-1
1.00E+09	0	9.10E+07	0.042
4.00E+08	0.007	7.20E+07	0.049
2.30E+08	0.014	6.00E+07	0.056
1.70E+08	0.021	2.80E+07	0.063
1.40E+08	0.028	2.10E+06	0.067
1.10E+08	0.035	1.00E+04	0.069
\table_end

\CONCRETE\Thermal moisture diffusion coefficient at 20 ‹C as a function of moisture content[2]:
\table_top
u kg¥kg^-1	DT m^2¥s^-1¥K^-1
0.066	1.28E-13
0.011	4.48E-13
0.015	8.4E-13
0.022	13.1E-13
0.029	14.7E-13
0.035	14E-13
0.042	12E-13
0.048	1.8E-13
\table_end

\CONCRETE\Water Absorption Coefficient[1]:
0.018	kg¥m^-2¥s^(-1/2)

\CONCRETE\Air permeability[5]:
1E-3	m^3¥m^-1¥h^-1¥Pa^-1

\material\LIGHTWEIGHT CONCRETE
\LIGHTWEIGHT CONCRETE\Dry density
600	kg¥m^-3 to
1600	kg¥m^-3

\LIGHTWEIGHT CONCRETE\Heat capacity
840	J¥kg^-1¥K^-1	[1,2]
900	J¥kg^-1¥K^-1	[4]

\LIGHTWEIGHT CONCRETE\Porosity
0.51	m3¥m^-3	[3], density 1296 kg.m^-3
0.33	m3¥m^-3	[2], density  1600 kg¥m^-3

\LIGHTWEIGHT CONCRETE\Thermal conductivity of the dry material
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
B62-003	13.8	6.6		0.588	[3]
B62-003	23.6	16.6		0.588	[3]
B62-003	33.6	26.7		0.593	[3]
***	***	***	0	0.36	[2]
***	***	***	20	0.367	[2]
			60	0.374	[2]
***	***	***	20	0.2 - 0.28	[4]
\table_end

\LIGHTWEIGHT CONCRETE\Thermal conductivity of moist material at  20 ‹C[2]
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1	moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1
0	0.367	0.16	0.716
0.008	0.459	0.24	0.80
0.04	0.514	0.32	0.873
0.08	0.613	***	***
\table_end

\LIGHTWEIGHT CONCRETE\Sorption/desorption curve[5]
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
25	0.027	
25.2	0.030	
45.2	0.032	
45.6	0.034	
65.2	0.039	
65.5	0.041	
85.1	0.050	
85.3	0.052	
95.5	0.077	
95.8	0.079	
98.1	0.093	
98.5	0.095	
19.6		0.027
20.1		0.029
40.2		0.047
40.4		0.047
60.1		0.061
60.7		0.057
80.1		0.075
80.5		0.073
95.0		0.105
95.2		0.105
\table_end

\LIGHTWEIGHT CONCRETE\Sorption/desorption curve[5]
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
24.3	0.030	
24.5	0.028	
44.9	0.033	
45.4	0.034	
65.1	0.039	
65.3	0.041	
84.8	0.050	
85.1	0.043	
97.8	0.064	
98.1	0.069	
19.4		0.032
19.9		0.030
39.7		0.045
40.4		0.044
59.5		0.050
60.0		0.054
79.5		0.061
79.8		0.058
94.5		0.069
94.9		0.073
\table_end

\LIGHTWEIGHT CONCRETE\Capillary moisture content
97	kg¥m^-3 to
190	kg¥m^-3	[1]; density  between 872 and 980 kg¥m^-3.

\LIGHTWEIGHT CONCRETE\Saturation moisture content
580	kg¥m^-3	[1]; density  973 kg¥m^-3.

\LIGHTWEIGHT CONCRETE\Water Vapour Permeability (from cup method)
\table_top
\RH(1)%	RH(2)%	Mean RH%	Water vapour permeability at 23 ‹C kg¥m^-1¥s^-1¥Pa^-1
0	60		1.23E-11	[6]
60	80		1.14E-11	[6]
60	93		1.66E-11	[6]
60	100		1.87E-11	[6]
3	50		0.34E-11	[7]
3	50		0.26E-11	[7]
\table_end

\LIGHTWEIGHT CONCRETE\Moisture diffusivity[2]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.01	1.5E-08
0.03	2.4E-08
0.08	4.9E-08
0.12	7.5E-08
0.16	1.8E-07
0.18	2.7E-07
0.20	4.51E-07
0.22	5.1E-07
\table_end

\LIGHTWEIGHT CONCRETE\Suction curve[2] at 20 ‹C 
\table_top
\P Pa	u kg¥kg^-1
1E+9	0
2.2E+6	0.0022
3.0E+5	0.0044
1.3E+5	0.0077
1.0E+5	0.0154
7.0E+4	0.055
4.5E+4	0.11
3.5E+4	0.165
2.4E+4	0.198
5.0E+3	0.218
\table_end

\LIGHTWEIGHT CONCRETE\Thermal moisture diffusion coefficient at 20 ‹C as a function of moisture content[2]
\table_top
\u kg¥kg^-1	DT m^2 ¥s^-1¥K^-1
0.01	0.15E-7
0.03	0.24E-7
0.08	0.49E-7
0.12	0.75E-7
0.16	1.8E-7
0.18	2.72E-7
0.2	4.51E-7
0.22	5.1E-7
\table_end

\LIGHTWEIGHT CONCRETE\Water Absorption Coefficient[1]
0.08	kg¥m^-2¥s-^(1/2); density being 975 kg¥m^-3.
0.029	kg¥m^-2¥s-^(1/2); density being 1410 kg¥m^-3.

\LIGHTWEIGHT CONCRETE\Air permeability[4]
0.8	m^3¥m^-1¥h^-1¥Pa^-1

\material\AERATED CONCRETE
\AERATED CONCRETE\Dry density:
430	kg¥m^-3 to
800	kg¥m^-3

\AERATED CONCRETE\Heat capacity:
840	J¥kg^-1¥K^-1	[1]
1050	J¥kg^-1¥K^-1	[2]
960	J¥kg^-1¥K^-1	[3]

\AERATED CONCRETE\Porosity:
0.7	m^3¥m^-3	[2]

\AERATED CONCRETE\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
***	***	***	-10	0.198	[2]
***	***	***	0	0.200	[2]
***	***	***	20	0.202	[2]
***	***	***	30	0.204	[2]
***	***	***	40	0.208	[2]
***	***	***	50	0.210	[2]
***	***	***	60	0.212	[2]
***	***	***	70	0.240	[2]
***	***	***	20	0.15	[4]
\table_end

\AERATED CONCRETE\Thermal conductivity of moist material at  20 ‹C[2]:
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1	moisture content kg¥kg^-1
0	0.204
0.05	0.384
0.1	0.479
0.15	0.571
0.2	0.643
\table_end

\AERATED CONCRETE\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
17.8	0.018	
17.8	0.018	
33.1	0.023	
54.8	0.024	
55.7	0.028	
75.3	0.029	
76.3	0.035	
90.3	0.046	
92.4	0.064	
95.3	0.091	
96.5	0.100	
98.0	0.165	
98.8	0.185	
17.8		0.023
17.8		0.023
32.8		0.027
33.1		0.028
54.9		0.036
55.6		0.045
75.1		0.065
76.1		0.067
91.1		0.164
92.0		0.144
97.7		0.390
98.3		0.341
\table_end

\AERATED CONCRETE\Sorption Curve [5a]:
\table_top
\Relative humidity %	Moisture content kg¥kg^-1
25	0.019
50	0.035
70	0.042
90	0.065
\table_end

\AERATED CONCRETE\Capillary moisture content[1]:
109 + 0.383	ƒÏ

\AERATED CONCRETE\Saturation moisture content[1]:
972 - 0.350	ƒÏ

\AERATED CONCRETE\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability at 23 ‹C kg¥m^-1¥s^-1¥Pa^-1
0	60		2.29E-11	[6]
60	80		3.47E-11	[6]
60	93		4.25E-11	[6]
60	100		5.04E-11	[6]
0	60		2.16E-11	[7]
60	80		2.50E-11	[7]
60	93		2.87E-11	[7]
60	100		3.35E-11	[7]
3	50		2.07E-11	[8]
3	50		2.41E-11	[8]
3	50		3.10E-11	[8]
3	50		3.38E-11	[8]
3	50		3.72E-11	[8]
		20	1.8E-11	[5a]
		50	2.2E-11	[5a]
		75	4.2E-11	[5a]
		95	6.3E-11	[5a]
\table_end

\AERATED CONCRETE\Moisture diffusivity:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.02	4.31E-09	[2]
0.12	1.47E-09	[2]
0.22	6.67E-09	[2]
0.32	4.17E-08	[2]
0.42	1.43E-07	[2]
0.52	6.00E-08	[2]
0.62	2.00E-08	[2]
0.72	2.00E-08	[2]
0.82	4.79E-08	[2]
0.92	1.97E-07	[2]
0.1	2E-09	[5a]
0.2	2E-09	[5a]
0.3	1.7E-09	[5a]
0.4	1.5E-09	[5a]
0.5	1.2E-09	[5a]
\table_end

\AERATED CONCRETE\Suction curve[2] at 20 ‹C :
\table_top
P Pa	u kg¥kg^-1
1E+8	0.05
1.4E+7	0.25
5.0E+6	0.40
1.6E+5	0.0077
4.5E+4	0.50
2.0E+4	0.60
1.0E+4	0.70
4.8E+3	0.80
1.5E+3	0.90
6.5E+2	0.95
\table_end

\AERATED CONCRETE\Thermal moisture diffusion coefficient at 20 ‹C as a function of moisture content[2]:
\table_top
u kg¥kg^-1	DT m^2 ¥s^-1¥K^-1
0.02	9.7E-12
0.12	34.4E-12
0.22	80.0E-12
0.32	480E-12
0.42	14.3E-12
0.52	1.2E-12
0.62	0.1E-12
0.72	0.02E-12
0.82	0.01E-12
0.92	0.01E-12
\table_end

\AERATED CONCRETE\Water Absorption Coefficient[8]:
0.066	kg¥m^-2¥s^(-1/2)
0.128	kg¥m^-2¥s^(-1/2)

\material\BRICK
\BRICK\Dry density:
1100	kg¥m^-3 to
2150	kg¥m^-3

\BRICK\Heat capacity:
840	J¥kg^-1¥K^-1	[1]
920	J¥kg^-1¥K^-1	[2]

\BRICK\Porosity:
0.11	m^3¥m^-3	[2]
0.25	m^3¥m^-3	[2a]

\BRICK\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
***	9.22	5.48		0.397	[3]
***	31.90	27.87		0.435	[3]
***	9.34	5.32		0.400	[4]
***	31.57	27.39		0.419	[4]
***	***	***	5	1.01	[2]
***	***	***	10	1.01	[2]
***	***	***	20	1.00	[2]
***	***	***	30	0.99	[2]
***	***	***	40	0.98	[2]
***	***	***	50	0.96	[2]
\table_end

\BRICK\Thermal conductivity of moist material at  20 ‹C[2]:
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1	moisture content kg¥kg^-1
0	1.0
0.02	1.21
0.04	1.42
0.07	1.55
0.12	2.0
\table_end

\BRICK\Thermal conductivity of moist material at  30 ‹C:
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1	moisture content kg¥kg^-1
0.16	0.782[3]
0.11	0.617[4]
\table_end

\BRICK\Sorption/desorption curve[5]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
25.0	0.0023	
44.9	0.0028	
45.3	0.0026	
65.1	0.0027	
65.4	0.0032	
85.2	0.0030	
85.6	0.0036	
95.2	0.0041	
96.1	0.0046	
98.3	0.0055	
98.4	0.0059	
19.9		0.0022
20.4		0.0020
40.2		0.0031
40.7		0.0028
60.4		0.0034
60.7		0.0038
80.3		0.0044
80.7		0.0049
95.2		0.0071
95.4		0.0060
\table_end

\BRICK\Sorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
5	0.00015
10	0.0003
20	0.0006
30	0.0009
40	0.0012
50	0.0015
60	0.00244
70	0.00338
80	0.00432
90	0.0062
95	0.0076
100	0.009
\table_end

\BRICK\Sorption curve[6]:
\table_top
\Relative humidity %	Density kg¥m^-3	Sorption moisture content kg¥kg^-1
75	1400	0.0014
85	1400	0.0019
75	1600	0.0009	to 0.001
85	1600	0.001	to 0.0015
75	1900	0.00057
85	1900	0.00063	to 0.0019
75	2100	0.00067
85	2100	0.00067
75	2200	0.00068
85	2200	0.00086	to 0.00091
75	2300	0.00087
85	2300	0.00087
\table_end

\BRICK\Sorption Curve [2a]:
\table_top
\Relative humidity %	Moisture content kg¥kg^-1
25	0.0003
50	0.0005
70	0.0006
90	0.0014
\table_end

\BRICK\Capillary moisture content[1]:
730.3 - 0.287 ƒÏ	(kg¥m^-3)

\BRICK\Capillary moisture content[3]:
270	kg¥m^-3

\BRICK\Capillary moisture content[4]:
190	kg¥m^-3

\BRICK\Saturation moisture content[1]:
1033 - 0.4036 ƒÏ	(kg¥m^-3)

\BRICK\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability at 23 ‹Ckg¥m^-1¥s^-1¥Pa^-1
0	60		1.13E-11	[7]
60	80		1.21E-11	[7]
60	93		1.45E-11	[7]
60	100		1.48E-11	[7]
		25	2.6E-11	[2]
		50	2.6E-11	[2]
		75	2.6E-11	[2]
		95	2.6E-11	[2]
		25	1.1E-11	[2a]
		50	1.6E-11	[2a]
		75	2.3E-11	[2a]
		95	3.2E-11	[2a]
3	50		1.24E-11	[6], ƒÏ =1600 kg¥m^-3
3	50		0.1E-11	[6], ƒÏ =1830 kg¥m^-3
3	50		0.53E-11	[6], ƒÏ =1900 kg¥m^-3
3	50		0.33E-11	[6], ƒÏ =2200 kg¥m^-3
\table_end

\BRICK\Moisture diffusivity at 20 ‹C[2]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.0027	2.0E-9
0.0054	2.0E-9
0.020	2.51E-9
0.040	5.89E-9
0.060	1.21E-8
0.080	2.19E-8
0.100	4.57E-8
0.110	6.76E-8
0.120	1.17E-7
\table_end

\BRICK\Moisture diffusivity at 20 ‹C[2a]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.05	3.5E-10
0.1	2.3E-10
\table_end

\BRICK\Moisture diffusivity at 20 ‹C[3]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.0011	1.49E-08
0.0057	5.3E-08
0.0103	7.23E-08
0.0157	8.52E-08
0.0204	9.24E-08
0.0314	1.08E-07
0.0413	1.28E-07
0.0509	1.55E-07
0.0607	2.07E-07
0.0703	3.05E-07
0.0803	4.49E-07
0.0868	5.48E-07
0.0900	7.18E-07
0.0928	2.07E-06
\table_end

\BRICK\Moisture diffusivity at 20 ‹C[4]:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.0011	8.07E-08
0.0057	2.88E-07
0.0103	3.92E-07
0.0157	4.62E-07
0.0204	5.02E-07
0.0314	5.85E-07
0.0413	6.94E-07
0.0509	8.41E-07
0.0607	1.12E-06
0.0703	1.66E-06
0.0803	2.44E-06
0.0868	2.97E-06
0.0900	3.90E-06
0.0928	1.12E-05
\table_end

\BRICK\Suction curve[2] at 20 ‹C :
\table_top
\P Pa	u kg¥kg^-1
5.5E+8	0
0.9E+8	0.0018
0.5E+8	0.0036
1.E+7	0.006
1.0E+6	0.012
4.07E+5	0.036
8.4E+4	0.072
3.61E+4	0.096
6.7E+3	0.114
1.0E+3	0.12
\table_end

\BRICK\Thermal moisture diffusion coefficient at 20 ‹C as a function of moisture content[2]:
\table_top
\u kg¥kg^-1	DT m^2 ¥s^-1¥K^-1
0.0027	4.66E-12
0.0054	7.22E-12
0.020	11.5E-12
0.040	23.4E-12
0.060	32.6E-12
0.080	34.6E-12
0.100	31.6E-12
0.110	26.9E-12
0.120	19.9E-12
\table_end

\BRICK\Water Absorption Coefficient:
0.3	kg¥m^-2¥s^(-1/2); ƒÏ =1100 kg¥m^-3	[6]
0.5	kg¥m^-2¥s^(-1/2); ƒÏ =1560 kg¥m^-3	[6]
0.4	kg¥m^-2¥s^(-1/2); ƒÏ =1730 kg¥m^-3	[6]
0.4	kg¥m^-2¥s^(-1/2); ƒÏ =1750 kg¥m^-3	[6]
0.05	kg¥m^-2¥s^(-1/2); ƒÏ =2150 kg¥m^-3	[6]
0.112	kg¥m^-2¥s^(-1/2)	[3]
0.121	kg¥m^-2¥s^(-1/2)	[4]

\material\CEMENT MORTAR
\CEMENT MORTAR\Dry density:
1050  to 2200	kg¥m^-3

\CEMENT MORTAR\Heat capacity:
840	J¥kg^-1¥K^-1	[1]
932	J¥kg^-1¥K^-1	[2]
980	J¥kg^-1¥K^-1	[3]

\CEMENT MORTAR\Porosity:
0.327	m^3¥m^-3	[4]

\CEMENT MORTAR\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surfac e ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	***	***	3	1.71	[3]
ASTM C518	***	***	23	1.71	[3]
***	***	***	5	2.04	[2]
***	***	***	10	2.035	[2]
***	***	***	20	1.99	[2]
***	***	***	30	1.965	[2]
***	***	***	40	1.92	[2]
\table_end

\CEMENT MORTAR\Thermal conductivity of moist material at  20 ‹C[2]:
\table_top
\moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1
0	1.722
0.01	1.942
0.02	2.092
0.03	2.172
0.04	2.232
0.05	2.282
0.06	2.322
0.07	2.372
\table_end

\CEMENT MORTAR\Sorption/desorption curve[5]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
25.1	0.0117	
25.4	0.0126	
44.5	0.0156	
45.1	0.0166	
64.8	0.0268	
65.2	0.0226	
84.7	0.0328	
85.4	0.0330	
95.2	0.0461	
95.6	0.0467	
97.6	0.0538	
97.7	0.0548	
19.1		0.0121
19.8		0.0136
39.3		0.0248
39.7		0.0211
59.2		0.0308
59.7		0.0336
79.2		0.0457
79.6		0.0400
94.2		0.0549
94.6		0.0527
\table_end

\CEMENT MORTAR\Sorption/desorption curve[6]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
24.7	0.0079	
25.0	0.0097	
44.8	0.0132	
45.3	0.0112	
65.1	0.0202	
65.6	0.0191	
84.6	0.0318	
85.0	0.0292	
94.9	0.0501	
95.1	0.0483	
97.3	0.0595	
98.1	0.0585	
19.5		0.0092
20.1		0.0078
39.9		0.0204
40.4		0.0179
60.0		0.0301
60.4		0.0275
80.1		0.0464
80.4		0.0406
94.9		0.0584
95.4		0.0541
\table_end
 
\CEMENT MORTAR\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
34.6	0.020	
54.4	0.021	
75.4	0.036	
85.7	0.043	
98.3	0.075	
34.6		0.025
54.4		0.027
75.4		0.044
85.1		0.056
98.3		0.108
\table_end

\CEMENT MORTAR\Capillary moisture content[1]:
283	kg¥m^-3
 
\CEMENT MORTAR\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability at 23 ‹C kg¥m^-1¥s^-1¥Pa^-1
52	86		6.35E-12	[4]
86	97		10.31E-12	[4]
0	10		8.97E-12	[2]
10	20		4.95E-12	[2]
20	30		2.77E-12	[2]
30	40		2.73E-12	[2]
40	50		3.42E-12	[2]
50	60		9.52E-12	[2]
60	70		13.57E-12	[2]
70	80		16.67E-12	[2]
80	90		54.67E-12	[2]
90	100		79.5E-12	[2]
\table_end

\CEMENT MORTAR\Moisture diffusivity:
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.056	1.0E-08	[4]
0.076	1.7E-08	[4]
0.084	3.2E-08	[4]
0.090	6.8E-08	[4]
0.01	2.0E-09	[2]
0.02	4.0E-09	[2]
0.03	5.6E-09	[2]
0.04	8.9E-09	[2]
0.05	1.4E-08	[2]
0.06	2.0E-08	[2]
\table_end

\CEMENT MORTAR\Suction curve[2] at 20 ‹C :
\table_top
\P Pa	u kg¥kg^-1
3.2E+8	0.0026
2.2E+8	0.0053
1.7E+8	0.0079
1.3E+8	0.0105
9.6E+7	0.0137
7.1E+7	0.0195
4.9E+7	0.0252
3.1E+7	0.0310
1.5E+7	0.0452
4.0E+6	0.060
\table_end

\CEMENT MORTAR\Suction curve[4] at 20 ‹C, pressure relative to atmospheric pressure :
\table_top
\P Pa	u kg¥kg^-1
5.934E+5	0.087
6.966E+5	0.082
7.532E+5	0.098
11.135E+5	0.093
12.701E+5	0.089
14.01E+5	0.094
0.108E+5	0.158
0.196E+5	0.155
0.249E+5	0.158
0.425E+5	0.146
0.853E+5	0.130
1.127E+5	0.119
1.832E+5	0.112
3.247E+5	0.115
4.000E+5	0.108
5.852E+5	0.096
\table_end

\CEMENT MORTAR\Thermal moisture diffusion coefficient at 20 ‹C as a function of moisture content[2]
\table_top
\u kg¥kg^-1	DT m^2 ¥s^-1¥K^-1
0.01	0.63E-12
0.02	5.0E-12
0.03	6.3E-12
0.04	6.3E-12
0.05	6.3E-12
0.06	3.5E-12
0.07	0.40E-12
\table_end

\CEMENT MORTAR\Water Absorption Coefficient[1]:
0.042 to 0.8	kg¥m^-2¥s^(-1/2)

\material\GYPSUM BOARD
\GYPSUM BOARD\Dry density:
700 +- 80	kg¥m^-3

\GYPSUM BOARD\Heat capacity[1]:
870	J¥kg^-1¥K^-1

\GYPSUM BOARD\Porosity[2]:
 0.7	m^3¥m^-3

\GYPSUM BOARD\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	35.0	13.0	0.164	[3]
***	12.3	7.7	0.22	[4]
***	22.7	16.9	0.22	[4]
***	32.2	27.0	0.22	[4]
***	12.2	7.0	0.195	[5]
***	22.0	16.9	0.195	[5]
***	32.15	27.75	0.199	[5]
\table_end

\GYPSUM BOARD\Thermal conductivity of moist material:
\table_top
\Specimen Temperature ‹C	Moisture content kg¥kg^-1	ƒÉ W¥m^-1¥K^-1
9.8	0.023	0.24	[4]
9.8	0.026	0.24	[4]
19.6	0.023	0.24	[4]
19.6	0.026	0.24	[4]
29.6	0.023	0.24	[4]
29.6	0.026	0.245	[4]
10.6	0.0185	0.234	[5]
10.6	0.024	0.245	[5]
19.6	0.0185	0.239	[5]
19.6	0.024	0.245	[5]
29.6	0.0185	0.239	[5]
29.6	0.024	0.245	[5]
\table_end

\GYPSUM BOARD\Sorption/desorption curve[6]:
\table_top
\Relative humidity %	Sorption moisture content kg¥m^-3	Desorption moisture content kg¥m^-3
10	23.3	84.7
20	25.1	88.6
30	26.7	91.8
40	28.2	95.0
50	30.0	98.3
60	31.9	102.0
70	34.4	106.5
80	37.9	112.5
90	44.3	122.1
95	51.4	130.6
98	62.3	139.4
\table_end

\GYPSUM BOARD\Sorption/desorption curve[7]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1(kg¥m^-3)	Desorption moisture content kg¥kg^-1(kg¥m^-3)
11.3	0.001(0.67)	0.001(0.67)
32.8	0.003(2.01)	0.003(2.01)
43.2	0.004(2.68)	0.005(3.35)
57.6	0.005(3.35)	0.007(4.69)
78.6	0.009(6.03)	0.010(6.70)
84.3	0.010(6.70)	0.012(8.04)
93.6	0.019(12.73)	0.019(12.73)
97.3	0.027(18.09)	0.028(18.76)
\table_end

\GYPSUM BOARD\Capillary moisture content:
400	kg¥m^-3	[2a]

\GYPSUM BOARD\Water Vapour Permeability (from cup method):
\table_top
\		Water vapour permeability at various temperatures kg¥m^-1¥s^-1¥Pa^-1
\RH(1) %	RH(2) %	10 ‹C	15 ‹C	20 ‹C	23 ‹C	25 ‹C
0	60	2.00E-11	[11]
60	100	2.39E-11	[11]
65	94	2.65E-11	[11]
80	100	3.04E-11	[11]
0	60		2.18E-11	[11]
60	100		2.37E-11	[11]
65	94		2.42E-11	[11]
80	100		2.69E-11	[11]
0	60			2.13E-11	[11]
60	90			2.28E-11	[11]
60	100			2.66E-11	[11]
80	100			3.04E-11	[11]
0	28.7				3.3E-11	[8]
0	50.9				3.0E-11	[8]
22.7	50.8				2.5E-11	[8]
43.2	61.5				2.5E-11	[8]
50.9	69.1				3.8E-11	[8]
61.5	81.2				4.2E-11	[8]
61.4	100				4.0E-11	[8]
80.4	100				5.2E-11	[8]
92.4	100				6.5E-11	[8]
3	40				2.2E-11	[9]
3	65				2.2E-11	[9]
50	97				3.7E-11	[9]
0	60					2.10E-11	[11]
60	90					2.26E-11	[11]
60	100					2.44E-11	[11]
80	100					2.82E-11	[11]
\table_end

\GYPSUM BOARD\Moisture diffusivity[2a]:
\table_top
\Moisture content kg¥m^-3	Moisture diffusivity m^2¥s^-1
2	8.6E-08
4	1.7E-07
7	2.6E-07
10	3.5E-07
12	4.2E-07
16	5.1E-07
18	5.7E-07
22	3.7E-07
24	1.1E-07
28	5.7E-08
39	4.0E-08
60	3.4E-08
94	3.1E-08
145	3.6E-08
186	5.8E-08
209	9.9E-08
226	1.4E-07
239	1.9E-07
249	2.6E-07
256	3.5E-07
261	4.3E-07
278	4.7E-07
310	4.8E-07
351	4.2E-07
394	3.7E-07
\table_end

\GYPSUM BOARD\Air permeability:
\table_top
\Pressure difference Pa	Permeability[12] kg¥m^-1¥s^-1¥Pa^-1
50	9.23E-10
100	8.54E-10
150	8.16E-10
200	7.9E-10
\table_end

\table_top
\Pressure difference Pa	Permeability[13] kg¥m^-1¥s^-1¥Pa^-1
25	4.0E-9
50	4.0E-9
75	4.0E-9
100	4.0E-9
\table_end

\material\PINE
\PINE\Dry density: 
400	kg¥m^-3	[1]
370 +- 10	kg¥m^-3	[2]
450	kg¥m^-3	[3]
365	kg¥m^-3	[6]
565	kg¥m^-3	[5]

\PINE\Heat capacity:
1880	J¥kg^-1¥K^-1	[1]

\PINE\Porosity:
0.8	m^3¥m^-3

\PINE\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Mean Temperature ‹C	Orientation	ƒÉ W¥m^-1¥K^-1
***				longitudinal	0.25	[3] 
***				transversal	0.1	[3]
***			20	***	0.11	[1]
ASTM C518	34.78	13.85		transversal	0.0944	[2a]
ASTM C518	18.85	-12.83		transversal	0.0918	[2a]
ASTM C518	32.07	21.73		longitudinal	0.229	[2a]
ASTM C518	34.02	14.60		transversal	0.0946	[2b]
ASTM C518	1.91	-16.9		transversal	0.0906	[2b]
\table_end

\PINE\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.5	0.057	
21.0	0.062	
43.3	0.089	
43.5	0.094	
65.6	0.120	
66.0	0.125	
85.8	0.177	
86.2	0.182	
95.4	0.241	
95.9	0.244	
98.2	0.292	
98.5	0.296	
20.5		0.075
45.6		0.116
65.8		0.149
80.3		0.196
90.4		0.236
94.8		0.271
\table_end

\PINE\Sorption/desorption curve[5]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.019	0.023
32.8	0.051	0.062
43.2	0.067	0.081
57.6	0.090	0.111
78.6	0.131	0.160
84.3	0.153	0.185
93.6	0.204	0.236
97.3	0.257	0.271
\table_end

\PINE\Sorption/desorption curve[6]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.016	0.020
32.8	0.046	0.056
43.2	0.060	0.073
57.6	0.084	0.101
78.6	0.132	0.156
84.3	0.158	0.181
93.6	0.205	0.234
97.3	0.244	0.247
\table_end

\PINE\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	orientation	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	50.2		transversal	2.6E-13	[2]
		25	longitudinal	290E-13	[6a]
		50	longitudinal	400E-13	[6a]
		75	longitudinal	740E-13	[6a]
		95	longitudinal	1190E-13	[6a]
		53	***	32.9E-13	[1]
		86	***	143E-13	[1]
		20	***	3.5E-13	[7]
		40	***	5.1E-13	[7]
		60	***	11E-13	[7]
		80	***	31E-13	[7]
		90	***	63E-13	[7]
		95	***	91E-13	[7]
\table_end

\PINE\Moisture diffusivity at 20 ‹C, longitudinal[2]:
\Specimen 1
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.218	9.4E-10
0.300	8.5E-10
0.409	7.5E-10
0.490	6.9E-10
0.600	6.3E-10
0.708	6.0E-10
0.817	5.8E-10
0.899	5.9E-10
1.001	6.4E-10
1.117	7.5E-10
1.253	1.1E-09
1.335	1.5E-09
\table_end

\Specimen 2
\table_top
\Moisture content kg¥kg^-1	Moisture diffusivity m^2¥s^-1
0.219	6.4E-10
0.239	5.0E-10
0.283	3.8E-10
0.303	3.6E-10
0.407	2.9E-10
0.498	2.6E-10
0.611	2.4E-10
0.690	2.3E-10
0.811	2.2E-10
0.914	2.1E-10
1.029	2.0E-10
1.111	2.0E-10
1.199	1.9E-10
1.292	1.8E-10
1.341	1.8E-10
1.496	1.7E-10
\table_end

\PINE\Water Absorption Coefficient:
0.0040	kg¥m^-2¥s^(-1/2)	; transversal[1]
0.0163	kg¥m^-2¥s^(-1/2)	; longitudinal[1]

\material\SPRUCE
\SPRUCE\Dry density: 
395 +- 10	kg¥m^-3	[1]
 
\SPRUCE\Heat capacity:
1880	J¥kg^-1¥K^-1	[2]

\SPRUCE\Porosity:
0.8	m^3¥m^-3

\SPRUCE\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Mean Temperature ‹C	Orientation	ƒÉ W¥m^-1¥K^-1
***				longitudinal	0.25	[3] 
***				transversal	0.1	[3]
\table_end

\SPRUCE\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.5	0.053	
43.8	0.090	
44.2	0.085	
65.2	0.125	
65.5	0.121	
87.7	0.178	
86.0	0.183	
95.4	0.247	
95.6	0.252	
98.5	0.304	
98.7	0.308	
20.2		0.063
20.5		0.061
45.1		0.110
45.3		0.112
65.1		0.148
65.4		0.151
80.0		0.200
80.3		0.199
89.8		0.245
90.0		0.243
95.1		0.279
95.6		0.276
\table_end

\SPRUCE\Water Vapour Permeability (from cup method) at 25 ‹C[5]:
\table_top
\Mean RH %	orientation	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
20	longitudinal	5.3 E-11
40	longitudinal	7.4E-11
60	longitudinal	8.4E-11
80	longitudinal	8.6E-11
95	longitudinal	8.7E-11
20	transversal	5.3E-13
40	transversal	1.1E-12
60 	transversal	2.6E-12
80	transversal	7.6E-12
95	transversal	1.7E-11
\table_end

\SPRUCE\Moisture diffusivity at 20 ‹C, longitudinal[1]:
\table_top
\Moisture content kg¥kg^-1	Moisture Diffusivity m^2¥s^-1
0.101	5.7E-10
0.152	3.3E-10
0.202	2.2E-10
0.253	1.6E-10
0.303	1.2E-10
0.354	1.0E-10
0.404	9.2E-11
0.455	8.7E-11
0.505	8.5E-11
0.556	8.7E-11
0.606	9.0E-11
0.657	1.0E-10
0.758	1.1E-10
0.808	1.3E-10
0.960	1.3E-10
1.010	1.4E-10
1.162	1.4E-10
1.212	1.4E-10
1.263	1.3E-10
1.313	1.3E-10
1.364	1.2E-10
1.414	1.2E-10
1.465	1.1E-10
1.515	1.1E-10
1.566	1.1E-10
1.616	1.2E-10
1.667	1.2E-10
1.717	1.4E-10
1.768	1.6E-10
1.818	2.7E-10
1.919	3.9E-10
\table_end

\SPRUCE\Water Absorption Coefficient:
0.0096	kg¥m^-2¥s^(-1/2)	; longitudinal[1]

\material\PLYWOOD
\PLYWOOD\Dry density:
445 to 799	kg¥m^-3	[1]
509	kg¥m^-3	[2]
500 to 600	kg¥m^-3	[3]

\PLYWOOD\Heat capacity:
1880	J¥kg^-1¥K^-1	[1]

\PLYWOOD\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Mean Temperature ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	35	13	24	0.09 to 0.111	[3] 
ASTM C518	34.94	13.46		0.109	[4]
\table_end

\PLYWOOD\Sorption/desorption curve[5]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.2	0.061	
20.2	0.064	
42.7	0.095	
43.2	0.096	
64.9	0.127	
65.1	0.130	
84.8	0.179	
85.2	0.180	
94.6	0.234	
94.9	0.237	
96.9	0.272	
97.3	0.276	
20.1		0.074
20.4		0.072
44.3		0.116
44.6		0.116
65.0		0.156
65.2		0.154
79.5		0.199
79.8		0.196
89.7		0.245
90.1		0.238
94.6		0.263
94.8		0.282
\table_end

\PLYWOOD\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.017	0.024
32.8	0.046	0.062
43.2	0.054	0.078
57.6	0.071	0.104
78.6	0.109	0.148
84.3	0.139	0.178
93.6	0.188	0.222
97.3	0.242	0.283
\table_end

\PLYWOOD\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
		54	19E-13	[1]
		86	79E-13	[1]
0	50		1.47E-13 to 4.74E-13	[3]
0	50		2.7E-13	[4]
0	76.6		5.8E-13	[4]
50	100		50E-13	[4]
76.3	100		98E-13	[4]
0	60		5.5E-13	[6]
60	80		19.0E-13	[6]
60	93		44.8E-13	[6]
60	100		65.3E-13	[6]
		20	11E-13	[7]
		40	8.6E-13	[7]
		60	14E-13	[7]
		80	48E-13	[7]
		90	110E-13	[7]
		95	190E-13	[7]
\table_end

\PLYWOOD\Water Absorption Coefficient:
0.003	kg¥m^-2¥s^(-1/2)	[1]

\PLYWOOD\Air permeability[8]:
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	8.9E-10
50	8.6E-10
75	8.4E-10
100	8.3E-10
\table_end

\material\WOOD FIBREBOARD
\WOOD FIBREBOARD\Dry density:
240 to 380	kg¥m^-3	[1]

\WOOD FIBREBOARD\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Mean Temperature ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	35	13	24	0.0485 to 0.0588	[1] 
\table_end

\WOOD FIBREBOARD\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.1	0.050	
20.4	0.056	
42.8	0.080	
43.0	0.082	
64.5	0.112	
64.9	0.118	
84.2	0.166	
84.6	0.168	
94.2	0.239	
94.5	0.241	
97.6	0.334	
97.8	0.338	
20.3		0.062
20.4		0.061
44.9		0.100
44.9		0.102
64.6		0.143
65.0		0.144
79.0		0.185
79.4		0.183
89.2		0.243
89.4		0.239
94.0		0.330
94.4		0.360
\table_end

\WOOD FIBREBOARD\Sorption/desorption curve[3]:
\table_top
Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.019	0.017
32.8	0.047	0.054
43.2	0.062	0.068
57.6	0.080	0.094
78.6	0.117	0.141
84.3	0.138	0.167
93.6	0.189	0.227
97.3	0.245	0.278
\table_end

\WOOD FIBREBOARD\Sorption Curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
25	0.033
50	0.056
70	0.07
90	0.104
\table_end

\WOOD FIBREBOARD\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	50		0.85E-11 to 2.74E-11	[1]
		25	1.6E-11	[4]
		50	2.0E-11	[4]
		75	3.6E-11	[4]
		95	5.8E-11	[4]
		20	6.8E-11	[5]
		40	3.9E-11	[5]
		60	2.8E-11	[5]
		80	2.6E-11	[5]
		90	2.7E-11	[5]
		95	2.8E-11	[5]
\table_end

\WOOD FIBREBOARD\Moisture diffusivity[6] :
\table_top
\Moisture Contentkg¥kg^-1	Moisture diffusivitym^2¥s^-1
0.02	5.1E-10
0.05	1.0E-09
0.07	1.7E-09
0.10	2.3E-09
0.11	2.5E-09
0.16	2.0E-09
0.19	1.4E-09
0.23	8.7E-10
0.24	7.8E-10
0.32	4.8E-10
0.52	2.9E-10
0.77	3.6E-10
1.01	4.5E-10
1.23	5.8E-10
1.41	8.1E-10
1.51	1.2E-09
1.57	2.4E-09
1.58	3.1E-09
1.59	4.7E-09
1.59	9.4E-09
\table_end

\WOOD FIBREBOARD\Air permeability[7]:
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	1.45E-7
50	1.45E-7
75	1.45E-7
100	1.44E-7
\table_end

\material\WAFER BOARD OR WOOD-CHIP BOARD
\WAFER BOARD OR WOOD-CHIP BOARD\Dry density:
700	kg¥m^-3

\WAFER BOARD OR WOOD-CHIP BOARD\Heat capacity:
1880	J¥kg^-1¥K^-1

\WAFER BOARD OR WOOD-CHIP BOARD\Thermal conductivity of the dry material:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Mean Temperature ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	35	13	24	0.105	[1] 

\WAFER BOARD OR WOOD-CHIP BOARD\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.025	0.024
32.8	0.030	0.053
43.2	0.037	0.064
57.6	0.052	0.086
78.6	0.087	0.121
84.3	0.110	0.146
93.6	0.156	0.208
97.3	0.199	0.237
\table_end

\WAFER BOARD OR WOOD-CHIP BOARD\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	50		3.0E-13	to 5.0E-13[1]
\table_end

\WAFER BOARD OR WOOD-CHIP BOARD\Air permeability[3]:
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	1.9E-9
50	1.9E-9
75	1.9E-9
100	1.9E-9
\table_end

\WAFER BOARD OR WOOD-CHIP BOARD\Air permeability[4]:
\table_top
\Pressure differencePa	Permeabilitykg¥m^-1¥s^-1¥Pa^-1
25	1.8E-9
50	1.8E-9
75	1.8E-9
100	1.8E-9
\table_end

\material\PARTICLE BOARD
\PARTICLE BOARD\Dry density:
570 to 800	kg¥m^-3

\PARTICLE BOARD\Heat capacity[1]:
1880	J¥kg^-1¥K^-1

\PARTICLE BOARD\Porosity[2]:
0.48	m^3¥m^-3  

\PARTICLE BOARD\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
25	0.037
50	0.046
75	0.060
90	0.092
\table_end

\PARTICLE BOARD\Sorption/desorption curve[3]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
11.3	0.012	0.017
32.8	0.039	0.053
43.2	0.047	0.074
57.6	0.063	0.088
78.6	0.097	0.140
84.3	0.113	0.166
93.6	0.159	0.190
97.3	0.215	0.233
\table_end

\PARTICLE BOARD\Critical moisture content[1]
0.85	kg¥kg^-1

\PARTICLE BOARD\Capillary moisture content[1]
0.90	kg¥kg^-1

\PARTICLE BOARD\Maximum moisture content[1]
0.99	kg¥kg^-1

\PARTICLE BOARD\Water Vapour Permeability (from cup method)[2]:
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
		25	4.4E-12
		50	6.0E-12
		75	10.2E-12
		95	15.2E-12
\table_end

\PARTICLE BOARD\Moisture diffusivity at 20 ‹C[2]:
\table_top
\u kg¥kg^-1	Dw m^2¥s^-1
0.1	1.4E-09
0.25	4.0E-09
0.5	5.0E-09
1.0	3.0E-09
\table_end

\PARTICLE BOARD\Air permeability[4]:
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	7.1E-09
50	6.8E-09
75	6.7E-09
100	6.6E-09
\table_end

\material\POLYSTYRENE CONCRETE
\POLYSTYRENE CONCRETE\Dry density:
260 to 800	kg¥m^-3

\POLYSTYRENE CONCRETE\Heat capacity[1]:
1020 to 1370	J¥kg^-1¥K^-1

\POLYSTYRENE CONCRETE\Thermal conductivity:
\table_top
\density kg¥m^-3	A	B
260 - 335	0.074	4.83E-4
357 - 382	0.111	4.61E-4
407 - 456	0.126	6.06E-4
641	0.151	7.89E-4
792	0 .213	1.04E-3
\table_end

\POLYSTYRENE CONCRETE\Maximum moisture content[1]
489	kg¥m^-3

\material\POLYMER-MODIFIED GLASSFIBRE CEMENT
\POLYMER-MODIFIED GLASSFIBRE CEMENT\Dry density[1]
2000	kg¥m^-3

\POLYMER-MODIFIED GLASSFIBRE CEMENT\Sorption  curve[1]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
33	0.014
52	0.021
75	0.034
86	0.043
97	0.098
99.8	0.11
\table_end

\POLYMER-MODIFIED GLASSFIBRE CEMENT\Capillary moisture content[1]
0.098	kg¥kg^-1

\POLYMER-MODIFIED GLASSFIBRE CEMENT\Maximum moisture content[1]
0.113	kg¥kg^-1

\POLYMER-MODIFIED GLASSFIBRE CEMENT\Water Vapour Permeability (from cup method)[1]:
\table_top
\RH(1) %	RH(2) %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0.0	52	0.88E-12
52	86	1.1E-12
86	97	2.7E-12
\table_end

\material\SAND-LIME STONE
\SAND-LIME STONE\Dry density[1]:
1685 to 1807	kg¥m^-3

\SAND-LIME STONE\Heat capacity[1]:
840	J¥kg^-1¥K^-1

\SAND-LIME STONE\Critical moisture content[1]
120	kg¥m^-3

\SAND-LIME STONE\Capillary moisture content[1]
233	kg¥m^-3

\material\WOOD WOOL CEMENT BOARD
\WOOD WOOL CEMENT BOARD\Dry density[1]
300 to 800	kg¥m^-3

\WOOD WOOL CEMENT BOARD\Heat capacity[1]
1880	J¥kg^-1¥K^-1

\WOOD WOOL CEMENT BOARD\Thermal conductivity of the dry material
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
ASTM C518	34.84	13.0		0.0708	[2]
***	***	***	1.6	0.0555	[3]
***	***	***	11.54	0.058	[3]
***	***	***	21.43	0.0595	[3]
***	***	***	31.3	0.063	[3]
\table_end

\WOOD WOOL CEMENT BOARD\Sorption/desorption curve:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
33	0.036	0.052	[3]
52	0.068	0.097	[3]
75	0.094	0.140	[3]
86	0.145	0.215	[3]
97	0.224	0.607	[3]
99.8	0.251	0.706	[3]
50	0.043[2]	
\table_end

\WOOD WOOL CEMENT BOARD\Capillary moisture content[3]
0.569	kg¥kg^-1

\WOOD WOOL CEMENT BOARD\Maximum moisture content[3]
0.875	kg¥kg^-1

\WOOD WOOL CEMENT BOARD\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	50		3.3E-11	[2]
0	76.6		3.3E-11	[2]
50	100		3.6E-11	[2]
76.3	100		4.1E-11	[2]
0.0	52		3.1E-11	[3]
52	86		4.3E-11	[3]
86	97		12.0E-11	[3]
\table_end

\WOOD WOOL CEMENT BOARD\Air permeability[3]:
\table_top
\Pressure Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
10	5.0E-4
20	5.1E-4
30	5.2E-4
40	5.3E-4
50	5.4E-4
60	5.5E-4
70	5.5E-4
80	5.6E-4
90	5.7E-4
\table_end

\material\FIBRE CEMENT
\FIBRE CEMENT\Dry density[1]:
820 to2050	kg¥m^-3

\FIBRE CEMENT\Heat capacity[1]:
840	J¥kg^-1¥K^-1

\FIBRE CEMENT\Thermal conductivity of the dry material[2]:
\table_top
\Test Method	T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
B62-003	***	***	1.65	0.184
B62-003	***	***	11.09	0.186
B62-003	***	***	21.38	0.188
B62-003	***	***	31.31	0.191
\table_end

\FIBRE CEMENT\Sorption/desorption curve:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
33	0.026	0.049	[2]
52	0.054	0.075	[2]
75	0.067	0.152	[2]
86	0.101	0.257	[2]
97	0.268	0.549	[2]
99.8	0.317	0.563	[2]
\table_end

\FIBRE CEMENT\Critical moisture content[1]
350	kg.m^-3 	density 840 kg.m^-3

\FIBRE CEMENT\Capillary moisture content[1]
358	kg¥m^-3 	density 1495 kg¥m^-3

\FIBRE CEMENT\Capillary moisture content[1]
430	kg¥m^-3 	density 1495 kg¥m^-3

\FIBRE CEMENT\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Mean RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0.0	52		0.46E-11	[2]
52	86		0.98E-11	[2]
86	97		6.8E-11	[2]
\table_end

\FIBRE CEMENT\Air permeability[2]:
\table_top
\Pressure Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
10	9.9E-9
20	9.1E-9
30	8.7E-9
40	8.4E-9
50	8.2E-9
60	8.0E-9
70	7.9E-9
80	7.8E-9
90	7.7E-9
\table_end

\material\GLASS FIBRE INSULATION
\GLASS FIBRE INSULATION\Dry density[1]
8 to 180	kg¥m^-3

\GLASS FIBRE INSULATION\Heat capacity[2]
840	J¥K^-1¥kg^-1

\GLASS FIBRE INSULATION\Thermal conductivity of the dry material at 24 ‹C as a function of density[1] according to ASTM Standard C518:
\table_top
\Density kg¥m^-3	Thickness mm	ƒÉ W¥m^-1¥K^-1
7.7	146	0.0483
9.9	128	0.0473
10.3	144	0.0455
11.4	153	0.0450
12.8	152	0.0427
13.1	89	0.0424
14.7	90	0.0412
38.1	50.7	0.0333
44.4	38	0.0326
53.4	24	0.0322
60.7	50	0.0332
68.6	50	0.0319
71.0	50	0.0324
135.0	26.4	0.0328
\table_end

\GLASS FIBRE INSULATION\Temperature dependence of thermal conductivity:
\Specimen 1[3]: Density = 8.3 kg¥m^-3, thickness = 152 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
12.68	-10.73	0.98	0.0472
22.61	1.20	11.90	0.0515
35.20	12.96	24.08	0.0552
45.89	25.21	35.55	0.0592
58.76	39.55	49.16	0.0662
\table_end

\Specimen 2[4]: Density = 18.1 kg¥m^-3, thickness = 100 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
16.1	5.9	11.0	0.0326
25.8	15.6	20.7	0.0347
35.7	25.6	30.7	0.0364
\table_end

\Specimen 3[4]: Density = 43.4 kg¥m^-3, thickness = 50 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
4.7	-5.2	-0.25	0.0306
14.5	5.2	9.9	0.0319
24.4	15.3	19.9	0.0333
34.3	25.2	29.8	0.0344
\table_end

\Specimen 4[3]: Density = 53.7 kg¥m^-3, thickness = 26.3 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
12.39	-11.13	0.63	0.0295
24.51	2.26	13.39	0.0311
35.20	13.36	24.28	0.0322
45.80	24.97	35.38	0.0338
57.60	37.01	47.31	0.0360
\table_end

\Specimen 5[3]: Density = 151 kg¥m^-3, thickness = 25.6 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
24.11	-4.06	10.02	0.0320
37.06	9.02	23.04	0.0332
54.35	26.23	40.29	0.0351
\table_end

\Specimen 6[4]: Density = 152.9 kg¥m^-3, thickness = 49.2 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
5.2	-4.4	0.4	0.0357
15.0	6.0	10.5	0.0372
25.0	16.0	20.5	0.0380
34.8	26.0	30.4	0.0393
\table_end

\GLASS FIBRE INSULATION\Sorption/desorption curve[6]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.4	0.0087	
43.4	0.012	
64.5	0.014	
84.9	0.017	
95.1	0.019	
98.0	0.026	
20.0		0.01
43.1		0.014
64.8		0.017
84.4		0.022
94.5		0.029
97.6		0.042
\table_end

\GLASS FIBRE INSULATION\Water Vapour Permeability (from cup method)[1] at 23 ‹C:
\table_top
\Specimen density kg¥m^-3	RH (1)%	RH (2)%	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
16.8	53	0	1.32E-10
16.8	53	0	1.41E-10
35.2	50.2	0	1.65E-10
37.3	50.2	0	1.35E-10
35.0	50.2	0	1.22E-10
72.0	52.4	0	1.15E-10
74.3	52.4	0	1.15E-10
67.3	52.4	0	1.16E-10
119.8	51.4	0	1.27E-10
108.9	51.4	0	1.23E-10
119.1	51.4	0	1.35E-10
\table_end

\GLASS FIBRE INSULATION\Air permeability:
\Specimen 1[4]: Density = 17.9 kg¥m^-3, thickness = 120 mm; flow ^ to fibre orientation
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
0.05	1.55E-4
0.1	1.41E-4
0.15	1.35E-4
0.2	1.3E-4
0.25	1.27E-4
0.3	1.24E-4
\table_end

\Specimen 2[4]: Density = 42.0 kg¥m^-3, thickness = 50 mm; flow ^ to fibre orientation
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
0.05	6.59E-5
0.1	6.42E-5
0.15	6.31E-5
0.2	6.25E-5
0.25	6.19E-5
0.3	6.15E-5
\table_end

\Specimen 3[3]: Density = 147.2 kg¥m^-3, thickness = 50 mm; flow ^ to fibre orientation
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
0.1	2.49E-5
0.2	2.45E-5
0.3	2.43E-5
0.4	2.47E-5
0.5	2.40E-5
0.6	2.39E-5
0.7	2.38E-5
\table_end

\Specimen 4[8]: Density = 20 kg¥m^-3, thickness = 152 mm
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	9.5E-5
50	9.1E-5
75	8.9E-5
100	8.8E-5
\table_end

\material\MINERAL FIBRE INSULATION
\MINERAL FIBRE INSULATION\Dry density[1]
30 to 190	kg¥m^-3

\MINERAL FIBRE INSULATION\Heat capacity[1]
840	J¥K^-1¥kg^-1

\MINERAL FIBRE INSULATION\Temperature dependence of thermal conductivity:
\Specimen 1[2]: Density = 35.9 kg¥m^-3, thickness = 140 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
1.16	-21.56	-10.20	0.0303
21.23	-0.80	10.21	0.0340
34.84	12.94	23.89	0.0365
\table_end

\Specimen 2[3]: Density = 155 kg¥m^-3, thickness = 48 mm
\table_top
\Temperature ‹C	ƒÉ W¥m^-1¥K^-1
1.7	0.036
11.5	0.037
21.4	0.038
31.3	0.039
\table_end

\MINERAL FIBRE INSULATION\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.1	0.005	
43.4	0.0055	
65.0	0.0059	
85.2	0.007	
94.5	0.0076	
97.5	0.008	
20.1		0.005
44.9		0.0058
64.9		0.0063
84.5		0.0081
94.7		0.011
97.8		0.016
\table_end

\MINERAL FIBRE INSULATION\Water Vapour Permeability (from cup method)[3] at 23 ‹C:
\table_top
\RH(1) %	RH(2) %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
52	0	7.0E-11
86	52	8.8E-11
97	86	25.0E-11
\table_end

\MINERAL FIBRE INSULATION\Air permeability[3]:
\table_top
\Pressure Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
10	2.2E-5
20	2.0E-5
30	2.0E-5
40	1.9E-5
50	1.9E-5
60	1.8E-5
70	1.8E-5
80	1.8E-5
90	1.8E-5
\table_end

\material\EXPANDED POLYSTYRENE INSULATION
\EXPANDED POLYSTYRENE INSULATION\Dry density[1]
11 to 40	kg¥m^-3

\EXPANDED POLYSTYRENE INSULATION\Heat capacity[1]
1470	J¥K^-1¥kg^-1

\EXPANDED POLYSTYRENE INSULATION\Temperature dependence of thermal conductivity:
\Specimen 1[2]: Density =23.2 kg¥m^-3, thickness = 79 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
13.09	-10.92	1.09	0.0324
22.23	-0.92	10.66	0.0336
30.14	7.28	18.71	0.0344
35.83	13.34	24.59	0.0352
47.28	25.58	36.43	0.0366
52.70	31.08	41.89	0.0371
\table_end

\Specimen 2[3]: Density = 25.5 kg¥m^-3, thickness = 150.3 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
15.1	4.9	10.0	0.0333
24.9	14.8	19.9	0.0345
34.9	24.9	29.9	0.0357
\table_end

\EXPANDED POLYSTYRENE INSULATION\Sorption/desorption curve[4]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
20.3	0.030	
42.9	0.041	
65.0	0.040	
85.3	0.040	
94.4	0.050	
97.9	0.050	
20.0		0.020
44.5		0.040
65.1		0.048
84.5		0.056
95.1		0.070
97.9		0.080
\table_end

\EXPANDED POLYSTYRENE INSULATION\Water Vapour Permeability (from cup method)[5] at 23 ‹C:
\table_top
RH(1) %	RH(2) %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	28.7	1.1E-11
0	50.9	0.85E-11
22.7	50.8	0.86E-11
43.2	61.5	0.72E-11
50.9	69.1	0.95E-11
61.5	81.2	1.1E-11
61.4	100	1.1E-11
80.4	100	1.1E-11
92.4	100	1.2E-11
\table_end

\EXPANDED POLYSTYRENE INSULATION\Air permeability[6]:
\Specimen 1: Density = 16 kg¥m^-3, thickness = 25.4 mm
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	5.6E-6
50	5.2E-6
75	5.0E-6
100	4.9E-6
\table_end

\Specimen 2: Density = 25 kg¥m^-3, thickness = 25.4 mm
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	4.9E-8
50	4.9E-8
75	4.9E-8
100	4.9E-8
\table_end

\material\CELLULOSE INSULATION
\CELLULOSE INSULATION\Dry density[1]
15 to 55	kg¥m^-3

\CELLULOSE INSULATION\Heat capacity[2]
1880	J¥K^-1¥kg^-1

\CELLULOSE INSULATION\Thermal conductivity of the dry material at 24 ‹C as a function of density[1] according to ASTM Standard C518:
\table_top
\Density kg¥m^-3	Thickness mm	ƒÉ W¥m^-1¥K^-1
16	152	0.0423
33	88	0.0381
45	152	0.0381
48	152	0.0391
52	152	0.0392
\table_end

\CELLULOSE INSULATION\Thermal conductivity of moist material [3];
\table_top
\moisture content kg¥kg^-1	T,Hot surface ‹C	T, Cold surface ‹C	ƒÉ W¥m^-1¥K^-1
0	25	20	0.038
0.12	25	20	0.043
0.24	25	20	0.057
\table_end

\CELLULOSE INSULATION\Sorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
33	0.053
52	0.090
75	0.129
86	0.169
97	0.321
98	0.409
\table_end

\CELLULOSE INSULATION\Sorption/desorption curve[3]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1	Desorption moisture content kg¥kg^-1
25	0.032	0.054
44	0.070	0.098
66	0.105	0.137
86	0.182	0.233
\table_end

\CELLULOSE INSULATION\Water Vapour Permeability (from cup method)[1] at 23 ‹C:
\table_top
\Densitykg¥m^-3	RH (1)%	RH (2)%	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
25.6	52.1	0.0	1.1E-10
25.6	100	50.5	1.5E-10
48.0	50.9	0.0	1.1E-10
48.0	100	50.8	1.3E-10
\table_end

\CELLULOSE INSULATION\Moisture diffusivity[4]:
\table_top
\Moisture content (kg¥m^-3)	Moisture diffusivity (m^2¥s^-1)
2	2.4E-09
5	4.1E-09
10	5.9E-09
20	8.2E-09
32	9.8E-09
40	1.1E-08
49	1.2E-08
58	1.2E-08
68	1.3E-08
79	1.3E-08
88	1.2E-08
95	1.2E-08
102	1.1E-08
110	1.0E-08
119	8.6E-09
130	6.9E-09
137	5.9E-09
145	4.9E-09
155	3.8E-09
168	2.7E-09
189	1.0E-09
\table_end

\CELLULOSE INSULATION\Air permeability[5]:
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
25	5.5E-5
50	5.3E-5
75	5.3E-5
100	5.2E-5
\table_end

\material\EXTRUDED POLYSTYRENE INSULATION
\EXTRUDED POLYSTYRENE INSULATION\Dry density[1]
25 to 55	kg¥m^-3

\EXTRUDED POLYSTYRENE INSULATION\Heat capacity[1]
1470	J¥K^-1¥kg^-1

\EXTRUDED POLYSTYRENE INSULATION\Ageing curve or time dependence of thermal conductivity at 24 ‹C according to ASTM Standard C518:
\Specimen 1[2]: Density =25.0 kg¥m^-3, thickness = 52.5 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0263
57	0.0283
74	0.0286
102	0.0289
179	0.0293
561	0.0298
681	0.0301
800	0.0303
920	0.0307
1040	0.0305
\table_end

\Specimen 2[2]: Density =24.5 kg¥m^-3, thickness = 50.5 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0219
45	0.0256
60	0.0261
91	0.0266
182	0.0273
270	0.0275
365	0.0274
451	0.0277
550	0.0279
673	0.0280
791	0.0280
911	0.0287
1031	0.0285
\table_end

\Specimen 3[2]: Density =25.0 kg¥m^-3, thickness = 52.3 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0261
567	0.0298
687	0.0301
806	0.0301
926	0.0308
1050	0.0306
\table_end

\Specimen 4[2]: Density =28.6 kg¥m^-3, thickness = 50.1 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0220
55	0.0264
71	0.0268
99	0.0273
179	0.0280
270	0.0285
361	0.0283
452	0.0285
554	0.0286
677	0.0288
797	0.0288
994	0.0294
\table_end

\EXTRUDED POLYSTYRENE INSULATION\Temperature dependence of thermal conductivity:
\Specimen 1[3]: Density =30.7 kg¥m^-3, thickness = 19.4 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
4.7	-4.8	-0.05	0.0266
14.6	5.6	10.1	0.0278
24.5	15.7	20.1	0.0292
34.4	25.6	30.0	0.0303
\table_end

\Specimen 2[3]: Density =30.6 kg¥m^-3, thickness = 19.6 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
5.1	-4.4	0.35	0.0264
14.9	6.0	10.45	0.0279
24.8	16.1	20.45	0.0297
34.6	26.0	30.3	0.0305
\table_end

\Specimen 3[3]: Density = 38.45 kg¥m^-3, thickness = 27.64 mm
\table_top
\T,Hot surface ‹C 	T, Cold surface ‹C	Temperature ‹C	ƒÉ W¥m^-1¥K^-1
5.0	-5.0	0	0.0215
15.0	5.0	10.0	0.0215
20.0	0.0	10.0	0.0220
25.0	15.0	20.0	0.0225
35.0	25.0	30.0	0.0235
\table_end

\EXTRUDED POLYSTYRENE INSULATION\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
25	0.0007
50	0.0006
75	0.0013
90	0.0017
\table_end

\EXTRUDED POLYSTYRENE INSULATION\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	52		1.7E-12	[2]
3	50		2.1E-12	[5]
		86	1.2E-12	[1]
		25	0.95E-12	[4]
		50	1.0E-12	[4]
		75	1.2E-12	[4]
		95	1.35E-12	[4]
\table_end

\EXTRUDED POLYSTYRENE INSULATION\Air permeability[3]:
\Density = 30.7 kg¥m^-3, thickness = 20 mm
\table_top
\Pressure difference Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
75	9.6E-9
150	9.3E-9
225	9.2E-9
\table_end

\material\POLYURETHANE FOAM INSULATION
\POLYURETHANE FOAM INSULATION\Dry density[1,2]
20 to 55	kg.m^-3

\POLYURETHANE FOAM INSULATION\Heat capacity[1]
1470	J¥K^-1¥kg^-1

\POLYURETHANE FOAM INSULATION\Ageing curve or time dependence of thermal conductivity at 24 ‹C according to ASTM Standard C518:
\Specimen 1[2]: Density =32.7 kg¥m^-3, thickness = 38 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0175
32	0.0188
61	0.0198
90	0.0208
185	0.0219
270	0.0227
360	0.0231
451	0.0236
567	0.0241
690	0.0243
810	0.0249
932	0.0247
\table_end

\Specimen 2[2]: Density =55.3 kg¥m^-3, thickness = 51 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0198
31	0.0205
64	0.0208
92	0.0212
179	0.0220
270	0.0230
374	0.0237
497	0.0244
617	0.0249
737	0.0259
858	0.0261
\table_end

\POLYURETHANE FOAM INSULATION\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	50		2.9E-12	[2]
		86	8.3E-12	[1]
0.8	52.5		3.8E-12	[5]
75	91.8		4.0E-12	[5]
92.1	97.0		9.1E-12	[5]
1	49.4		4.9E-12	[6]
75	88.9		5.2E-12	[6]
89.2	96.9		11.8E-12	[6]
		25	2.1E-12	[7]
		50	2.15E-12	[7]
		75	2.2E-12	[7]
		95	2.3E-12	[7]
\table_end

\material\POLYISOCYANURATE FOAM INSULATION
\POLYISOCYANURATE FOAM INSULATION\Dry density[1,2]
20 to 55	kg¥m^-3

\POLYISOCYANURATE FOAM INSULATION\Heat capacity[1]
1470	J¥K^-1¥kg^-1

\POLYISOCYANURATE FOAM INSULATION\Ageing curve or time dependence of thermal conductivity at 24 ‹C according to ASTM Standard C518:
\Specimen 1[2]: Density =39.6 kg¥m^-3, thickness = 52 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
30	0.0183
60	0.0189
90	0.0193
118	0.0197
209	0.0211
300	0.0214
391	0.0219
482	0.0223
600	0.0229
720	0.0233
842	0.0235
963	0.0236
\table_end

\Specimen 2[2]: Density =39.8 kg¥m^-3, thickness = 52 mm
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0183
821	0.0220
940	0.0226
1058	0.0228
1180	0.0236
1300	0.0234
\table_end

\POLYISOCYANURATE FOAM INSULATION\Sorption/desorption curve[2]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
25	0.002
50	0.003
75	0.006
90	0.007
\table_end

\POLYISOCYANURATE FOAM INSULATION\Water Vapour Permeability (from cup method):
\table_top
RH(1) %	RH(2) %	RH %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	52		2.2E-12	[2]
		86	8.3E-12	[1]
\table_end

\material\PHENOLIC FOAM INSULATION
\PHENOLIC FOAM INSULATION\Dry density[1]
30 to 60	kg¥m^-3

\PHENOLIC FOAM INSULATION\Ageing curve or time dependence of thermal conductivity at 24 ‹C according to ASTM Standard C518:
\Specimen 1[1]: 52 mm thick boards with facers; bulk density 65 kg¥m^-3
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
0	0.0174
20	0.0173
36	0.0173
64	0.0173
96	0.0175
180	0.0176
268	0.0179
365	0.0175
450	0.0177
544	0.0177
\table_end

\Specimen 2[1]: 63 mm thick boards with facers; bulk density 65 kg¥m^-3
\table_top
\age day	ƒÉ W¥m^-1¥K^-1
18	0.0184
51	0.0185
91	0.0185
179	0.0186
269	0.0186
360	0.0188
464	0.0187
585	0.0188
704	0.0190
827	0.0192
948	0.0191
\table_end

\PHENOLIC FOAM INSULATION\Sorption  curve[1]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
25	0.012
50	0.018
75	0.026
90	0.030
\table_end

\PHENOLIC FOAM INSULATION\Water Vapour Permeability (from cup method):
\table_top
\RH(1) %	RH(2) %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0	52	7.8E-13	[1]
\table_end

\material\PERLITE BOARD
\PERLITE BOARD\Dry density[1]
160	kg¥m^-3

\PERLITE BOARD\Temperature dependence of thermal conductivity[1]:
\table_top
\Temperature ‹C	ƒÉ W¥m^-1¥K^-1
1.6	0.0515
11.5	0.0525
21.4	0.054
31.4	0.055
\table_end

\PERLITE BOARD\Sorption  curve[1]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
33	1.3
52	1.6
75	2.6
86	3.8
97	8.0
99.8	11.7
\table_end

\PERLITE BOARD\Water Vapour Permeability (from cup method)[1]:
\table_top
\RH(1) %	RH(2) %	Water vapour permeability kg¥m^-1¥s^-1¥Pa^-1
0.0	52	2.8E-11
52	86	3.3E-11
86	97	8.2E-11
\table_end

\PERLITE BOARD\Air permeability[1]:
\table_top
\Pressure Pa	Permeability kg¥m^-1¥s^-1¥Pa^-1
10	2.6E-7
20	2.5E-7
30	2.4E-7
40	2.4E-7
50	2.3E-7
60	2.3E-7
70	2.3E-7
80	2.3E-7
90	2.3E-7
\table_end

\material\FEATHERS OF CHICKEN
\FEATHERS OF CHICKEN\Dry density[1]
70 to 85	kg¥m^-3

\FEATHERS OF CHICKEN\Temperature dependence of thermal conductivity[1]:
\table_top
\Temperature ‹C	ƒÉ W¥m^-1¥K^-1
10.1	0.0380
30.0	0.0410
10.1*	0.0511
20.0*	0.0557
30.1*	0.0638
\table_end
* moist material with 0.13 kg¥kg^-1 moisture content

\FEATHERS OF CHICKEN\Sorption  curve[1]:
\table_top
\Relative humidity %	Sorption moisture content kg¥kg^-1
52	0.046
75	0.077
86	0.083
97	0.125
\table_end

\material\WALL PAPER
\WALL PAPER\Mass
\table_top
\Wallpaper	Type	mass (kg/m^2)	d (mm)
1	textile	0.291	0.425
2	vinyl	0.216	0.325
3	textile	0.333	0.700
4	vinyl	0.212	0.450
5	paper	0.168	0.280
6	paper	0.151	0.280
\table_end

\WALL PAPER\MOISTURE CONTENT (%kg¥kg^-1 (u), ƒÕ in %)
\suction curve
\sorption:
\table_top
\ƒÕ (%)	u (%kg¥kg^-1) 
\paper	1	2	3	4	5	6	 
33	3.2	1.4	2.9	1.2	1.6	1.8
52	5.5	2.8	5.5	2.3	2.9	4.0
75	7.9	5.0	6.4	3.3	4.6	5.5
86	11.2	8.2	9.8	4.8	7.2	6.8
97	21.4	40.0	24.9	13.3	15.8	16.9
\table_end

\desorption:
\table_top
\ƒÕ (%)	u (%kg¥kg^-1)
paper	1	2	3	4	5	6
33	5.3	4.6	4.0	7.0	2.7	3.9
52	8.5	5.6	6.6	8.3	4.2	6.0
75	11.8	8.7	9.9	9.8	6.9	9.4
86	16.1	10.7	14.0	10.0	9.7	12.3
97	42.8	52.2	38.3	17.9	23.8	36.2
\table_end

\WALL PAPER\DIFFUSION THICKNESS:
\table_top
\ƒÕ (%)	ƒÊd (m) 
paper	1	2	3	4	5	6
33-52	0.280	2.140	0.155	0.090	0.035	0.025
52-98	0.006	0.180	0.019	0.025	0.012	0.008
\table_end

\material\WALL PAINT
\WALL PAINT\DIFFUSION THICKNESS:
\table_top
			ƒÊd (m)	
paint	ƒÕ(%)	42.5	75.4	86.0
PAINT ON GYPSUM				
primer + 2*latex 1			0.17	
primer + 2*latex 2		4.50		1.10
primer + 2*acryl		0.46	
primer + 2*synthetic		3.20	1.00	
primer + 2*oil			0.76
PAINT ON CELLULAR CONCRETE				
primer + 2*acryl (weathered)		0.43	
structured paint (d = 1.5mm)		1.10	
\table_end

\material\CARPET
\CARPET\MASS PER AREA
2.18	kg¥m^-2

\CARPET\MOISTURE CONTENT: (%kg¥kg^-1 (u), 0 < ƒÕ … 1)
\table_top
\ƒÕ (%)	 u(%kg¥kg^-1)
33	      8.0
52	      9.9
75	     13.4
86	     17.2
97	     29.7
98	     29.8
\table_end

\material\TIMBER SLABS
\TIMBER SLABS\MASS PER AREA
4.00	kg¥m^-2	(d = 0.01m)

\TIMBER SLABS\MOISTURE CONTENT: (%kg¥kg^-1 (u), 0 < ƒÕ … 1)
\suction curve
\table_top
\	sorption	desorption
\ƒÕ %	u %kg¥kg^-1	
33	5.8	7.1
52	9.4	12.3
75	13.7	15.4
86	17.6	20.8
97	31.4	37.3
98	34.5	
\table_end

\TIMBER SLABS\DIFFUSION THICKNESS
0.86	m (mean value)
\ƒÐ  = 0.12 m; 5 samples
\ƒÕ  = 55 %

\material\FOILS/ VAPOUR BARRIERS
\FOILS/ VAPOUR BARRIERS\VAPOUR RESIST. FACTORS:
\table_top
\			d(mm)			ƒÊ(1E+3)
vapour barrier	ƒÕ(%)	28	52	70	75.4	86
PE-foil	0.1 to 0.2		321		289	271
\table_end

\FOILS/ VAPOUR BARRIERS\DIFFUSION THICKNESS:
	upper number = lowest value measured
	lower number = highest value measured
\table_top
\	d(mm)		ƒÊd(m)	
vapour barrier		ƒÕ(%):52	70	75.4	86
bituminous paper	0.1				1.80
					2.80
bituminous paper	0.2	0.70
bituminous paper	1.4			1.70
				 	6.90
bituminous paper	0.4		3.90
				8.10
aluminium paper	0.1				2.00
				 	2.80
aluminium paper	0.2				0.17
					0.33
aluminium paper	0.24			17.80
				77.30
aluminium paper	-				6.80
					17.80
glass fabric reinf.	0.4			3.80
aluminium paper				4.70
glass fabric reinf.	0.4				12.00
PVC-foil					29.00
PE-foil, stapled	0.15			7.70
\table_end