flixo Version 5: fully validated thermal bridge software flixo ... - Infomind

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flixo flixo Version 5: fully validated thermal bridge software
flixo Version 5 fulfills all validation samples of following European standards:
§ EN ISO 10211: 2007 (Thermal bridges in building construction – Heat flows and surface
temperatures – detailed calculations)
§ EN ISO 10077-2: 2003 (Thermal performance of windows, doors and shutters –
Calculation of thermal transmittance – Part 2: Numerical method for frames)
Until now, these are the two only standards containing validation samples for thermal
simulation software in the building area. Attached you find all calculations of the validation
samples done by flixo Version 5 as well the summary of all results and the comparison with the
standards.
Until now there exists no further procedure or institute which certifies or labels European wide
or world wide thermal bridge software. The certification is only done by fulfilling all criteria of
the validation samples.
As our software is fulfilling all mentioned validation samples, flixo Version 5 is a fully,
concerning the standards validated thermal bridge simulation software and can be used
accordingly.
Zurich, 17.3.2009,
Walter Schmidli
CEO, Infomind GmbH

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name λ[W/(m·K)]
Material1 1.000
Material1A 1.000
19.03.2009
EN_ISO_10211-1_A1_EN.flx
Name q[W/m 2
] θ[ o
0 Degree 0.000
20 Degree 20.000
Adiabatic 0.000
C] h[W/(m 2
·K)]

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Summary
19.03.2009
EN_ISO_10211-1_A1_EN.flx
9.66 o
C 13.38 o
C 14.73 o
C 15.09 o
C
5.25 o
C 8.64 o
C 10.32 o
C 10.81 o
C
3.19 o
C 5.61 o
C 7.01 o
C 7.47 o
C
2.01 o
C 3.64 o
C 4.66 o
C 5.00 o
C
1.26 o
C
2.31 o
C
2.99 o
C
3.22 o
C
0.74 o
C 1.36 o
C 1.77 o
C 1.91 o
C
0.34 o
C 0.63 o
C 0.82 o
C 0.89 o
C
flixo fullfills the criterias for the first validation sample of EN ISO 10211: 2007
- The max. difference between the calculated temperatures and the corresponding temperatures
of the Standard is 0.05°C. Therefore all temperatures are in the given acceptance range of 0.1°C.

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
19.03.2009
EN_ISO_10211-1_A1_EN.flx
B
Φ A-A = 1.691e-11 W/m
Φ A-B = 95.005 W/m
A

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name λ[W/(m·K)]
Material 1 1.150
Material 2 0.120
Material 3 0.029
Material 4 230.000
23.03.2009
EN_ISO_10211-1_A2_EN.flx
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
0/0.06 0.000 0.060
20/0.11 20.000 0.110
Adiabatic 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
7.09 o
C
7.91 o
C
16.43 o
C
16.79 o
C
A B
Φ A-B = 9.451 W/m
Summary
6.28 o
C
16.36 o
C
16.36 o
C
flixo fullfills all criterias for the second validation sample of EN ISO 10211: 2007
- The max. difference between the calculated temperatures and the corresponding temperatures
of the Standard is 0.06°C. Therefore all temperatures are in the given acceptance range of 0.1°C.
- The difference between the calculated heat flux and the given heat flux of the Standard is
0.049 W/m. The heat flux is therefore in the given acceptance range of 0.1 W/m.
23.03.2009
EN_ISO_10211-1_A2_EN.flx
0.76 o
C
0.83 o
C
18.34 o
C

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
B
Φ A-A = 5.2e-9 W/m Φ B-C = 9.451 W/m
23.03.2009
EN_ISO_10211-1_A2_EN.flx
A
C

EN ISO 10077-2:2003
Samples
Standard flixo
Name Standard min max Uf/Psi Name Q L bf Up/Ug Uf/Psi Rel. Conductance Diff.
D.1 0.550 0.534 0.567 3.220 EN_IS0_10077-2_D1_EN 11.127 0.556 0.1100 1.0310 3.277 1.2%
D.2 0.263 0.255 0.271 1.440 EN_IS0_10077-2_D2_EN 5.204 0.260 0.1100 0.5470 1.421 -1.1%
D.3 0.424 0.411 0.437 2.070 EN_IS0_10077-2_D3_EN 8.273 0.414 0.1100 1.0310 1.980 -2.4%
D.4 0.346 0.336 0.356 1.360 EN_IS0_10077-2_D4_EN 6.871 0.344 0.1100 1.0310 1.342 -0.7%
D.5 0.408 0.396 0.420 2.080 EN_IS0_10077-2_D5_EN 7.952 0.398 0.0890 1.1690 1.972 -2.5%
D.6 0.659 0.639 0.679 4.670 EN_IS0_10077-2_D6_EN 13.324 0.666 0.0950 1.1310 4.751 1.1%
D.7 0.285 0.276 0.294 1.310 EN_IS0_10077-2_D7_EN 5.648 0.282 0.0480 1.1690 1.256 -0.9%
D.8 0.181 0.176 0.186 1.030 EN_IS0_10077-2_D8_EN 3.568 0.178 0.1770 1.008 -1.4%
D.9 0.207 0.201 0.213 3.640 EN_IS0_10077-2_D9_EN 4.118 0.206 0.0570 3.612 -0.5%
D.10 0.481 0.467 0.495 0.084 EN_IS0_10077-2_D10_EN 9.600 0.480 0.1100 1.3053 0.084 -0.2%

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D1_EN.flx
λ[W/(m·K)]
Aluminium (Si alloys) 160.000
EPDM (ethylene propylene diene monomer) 0.250
Panel 0.035
Polyamid 6.6 with 25% glassfibre 0.300
Slightly ventilated air cavity, Eps=0.9
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
11
10
8
5
3
13
19.03.2009
EN_ISO_10077-2_D1_EN.flx
2
1
16 17
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
19.03.2009
EN_ISO_10077-2_D1_EN.flx
110.00
Φ A-B = -11.127 W/m
U f F =
Φ
F
∆T - U p ·b p
b f
=
U D-E = 1.031 W/(m 2
·K)
-11.127
-20.000
- 1.031·0.190
0.110
190.00
D
E
= 3.28 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D2_EN.flx
λ[W/(m·K)]
Aluminium (Si alloys) 160.000
EPDM (ethylene propylene diene monomer) 0.250
Panel 0.035
Softwood (typical construction timber) 0.130
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
15
17
14
15
13
12 12
11
10
10
7
9
8
5
3
7
1
6
5
4
3
1
16
18
18
15
17
19.03.2009
EN_ISO_10077-2_D2_EN.flx
18
18
17
18

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
19.03.2009
EN_ISO_10077-2_D2_EN.flx
110.00
Φ A-B = -5.204 W/m
U f F =
Φ
F
∆T - U p ·b p
b f
=
U D-E = 0.547 W/(m 2
·K)
-5.204
-20.000
- 0.547·0.190
0.110
190.00
D
E
= 1.42 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D3_EN.flx
λ[W/(m·K)]
EPDM (ethylene propylene diene monomer) 0.250
PVC (polyvinylchloride), rigid 0.170
Panel 0.035
Steel 50.000
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
12
10
9
8
7
6
5
3
2
17
15
14
17 16 15
19.03.2009
EN_ISO_10077-2_D3_EN.flx
1
1
1516
17
1
18
18
17
16
1
1
17
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
19.03.2009
EN_ISO_10077-2_D3_EN.flx
110.00
Φ A-B = -8.273 W/m
U f F =
Φ
F
∆T - U p ·b p
b f
=
U D-E = 1.031 W/(m 2
·K)
-8.273
-20.000
- 1.031·0.190
0.110
190.00
D
E
= 1.98 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D4_EN.flx
λ[W/(m·K)]
Belüftete Hohlräume, Eps=0.9
EPDM (Ethylen Propylen Dien Monomer) 0.250
Maske 0.035
Unbelüftete Hohlräume, Eps=0.9
Weich-Holz (typisches Bauholz) 0.130
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
15
10
7
5
2
18
18
17
16
12 16
16 17
19.03.2009
EN_ISO_10077-2_D4_EN.flx
1
18
18
17
1
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
19.03.2009
EN_ISO_10077-2_D4_EN.flx
110.00
Φ A-B = -6.871 W/m
U f F =
Φ
F
∆T - U p ·b p
b f
=
U D-E = 1.031 W/(m 2
·K)
-6.871
-20.000
- 1.031·0.190
0.110
190.00
D
E
= 1.34 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D5_EN.flx
λ[W/(m·K)]
Aluminium (Si alloys) 160.000
EPDM (ethylene propylene diene monomer) 0.250
Panel 0.035
Slightly ventilated air cavity, Eps=0.9
Softwood (typical construction timber) 0.130
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
18
17
16
15
14
13
11
2 3 5
19.03.2009
EN_ISO_10077-2_D5_EN.flx
18
17
16
15
16
17
1
17
18
18
17
16
15
14
1315
1
16
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
C
19.03.2009
EN_ISO_10077-2_D5_EN.flx
89.00
Φ A-B = -7.952 W/m
U f G =
Φ
G
∆T - U p ·b p
b f
=
U E-F = 1.169 W/(m 2
·K)
-7.952
-20.000
- 1.169·0.190
0.089
190.00
E
F
= 1.97 W/(m 2
·K)
D
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D6_EN.flx
λ[W/(m·K)]
Aluminium (Si alloys) 160.000
EPDM (ethylene propylene diene monomer) 0.250
Mohair (polyester) sweep 0.140
PU (polyurethane), rigid 0.250
Panel 0.035
Polyamid (nylon) 0.250
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
5
2
19.03.2009
EN_ISO_10077-2_D6_EN.flx
8
1
1
1
1
15
1
17
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
95.00
19.03.2009
EN_ISO_10077-2_D6_EN.flx
U f F =
Φ
F
∆T - U p ·b p
b f
=
U D-E = 1.131 W/(m 2
·K)
Φ A-B = -13.324 W/m
-13.324
-20.000
- 1.131·0.190
0.095
190.00
E
D
= 4.75 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D7_EN.flx
λ[W/(m·K)]
EPDM (ethylene propylene diene monomer) 0.250
PVC (polyvinylchloride), rigid 0.170
Panel 0.035
Slightly ventilated air cavity, Eps=0.9
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
18
18
19.03.2009
EN_ISO_10077-2_D7_EN.flx
18
18
17
16
1
1
16
15
10
5
1

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
A
48.00
19.03.2009
EN_ISO_10077-2_D7_EN.flx
F
Φ A-B = -5.648 W/m
U f F =
Φ
∆T - U p ·b p
b f
=
-5.648
-20.000
D
E
- 1.169·0.191
0.048
191.00
U D-E = 1.169 W/(m 2
·K)
= 1.23 W/(m 2
·K)
C
B

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D8_EN.flx
λ[W/(m·K)]
PVC (polyvinylchloride), rigid 0.170
Panel 0.035
Slightly ventilated air cavity, Eps=0.9
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, normal 20.000 0.130
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
19.03.2009
EN_ISO_10077-2_D8_EN.flx
1
2
3 4
1 1 1 2
3
4
5
6 7 8 10 13 15 16 17
5
6
7 8 9 10 12 15
18
19
17
18
19

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
19.03.2009
EN_ISO_10077-2_D8_EN.flx
A
B
Φ A-B = 3.568 W/m

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D9_EN.flx
λ[W/(m·K)]
PVC (polyvinylchloride), rigid 0.170
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, normal 20.000 0.130
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
10
9
7
5 5
3 3 3 3
3
3
19.03.2009
EN_ISO_10077-2_D9_EN.flx
10
10
3
3
10
9
7

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
B
19.03.2009
EN_ISO_10077-2_D9_EN.flx
Φ A-B = 4.118 W/m
A

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
Name
19.03.2009
EN_ISO_10077-2_D10_EN.flx
λ[W/(m·K)]
Aluminium (Si alloys) 160.000
EPDM (ethylene propylene diene monomer) 0.250
Glasin filling 0.034
Polysulfide (1) 0.400
Silica gel (dessicant) (1) 0.130
Slightly ventilated air cavity, Eps=0.9
Soda lime glass 1.000
Softwood (typical construction timber) 0.130
Unventilated air cavity, Eps=0.9
Name q[W/m 2
] θ[ o
C] R[(m 2
·K)/W]
Exterior, frame 0.000 0.040
Interior, frame, normal 20.000 0.130
Interior, frame, reduced 20.000 0.200
Symmetry/Model section 0.000

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
17
17
15
16
16
15
14
15
14
13
12
11
10
9
8
7
6
12
10 11 12 13 14
5
4
3
4 3
2
2
2
1
19.03.2009
EN_ISO_10077-2_D10_EN.flx
17 17
1
18
15
16
15
10
5
2

i nfo mi nd g mb h
w eber s tr as se 10
C H – 80 0 4 zür i c h
fo n + 41 (4 4 ) 2 41 2 4 8 6
fa x + 41 (4 4 ) 2 4 1 2 4 89
i nfo @ i nfom i nd. c h
ht tp : // www . i nfom i nd. c h
C
19.03.2009
EN_ISO_10077-2_D10_EN.flx
110.00 190.00
Φ C-D = -9.600 W/m
B
A
U A-B = 1.305 W/(m 2
·K)
D