Ebatlar U R d l
19x24x23,5 0.874,- 0.9741,- 0.1845,- 0.19i,-

 

BISCO Calculation Results
BISCO data file: Uysal-19x24x23,5-Izo.bsc
Number of nodes = 31821
Heat flow divergence for total object = 0.000116681
Heat flow divergence for worst node = 0.00368402
Col. Type Name tmin tmax ta flow in flow out
[°C] [°C] [°C] [W/m] [W/m]
1 MATERIAL fired clay (170 0.54 17.99
2 EQUIMAT 0.71 2.94
3 EQUIMAT 0.71 2.89
4 EQUIMAT 0.94 2.69
5 EQUIMAT 1.32 2.24
6 EQUIMAT 2.39 3.34
7 EQUIMAT 0.97 2.68
8 EQUIMAT 0.70 2.85
9 EQUIMAT 0.71 2.99
10 EQUIMAT 2.64 5.14
11 EQUIMAT 2.62 4.90
12 EQUIMAT 2.56 4.83
13 EQUIMAT 3.30 8.39
14 EQUIMAT 2.58 4.80
15 EQUIMAT 2.57 4.93
16 EQUIMAT 2.64 5.12
17 EQUIMAT 4.70 7.18
18 EQUIMAT 4.59 6.74
19 EQUIMAT 4.77 6.40
20 EQUIMAT 4.78 6.55
21 EQUIMAT 4.73 6.44
22 EQUIMAT 4.55 6.77
23 EQUIMAT 4.73 7.17
24 EQUIMAT 7.17 11.60
25 EQUIMAT 6.59 8.67
26 EQUIMAT 6.36 8.59
27 EQUIMAT 6.39 8.58
28 EQUIMAT 6.55 8.68
29 EQUIMAT 7.18 11.59
30 EQUIMAT 8.72 10.09
31 EQUIMAT 8.43 10.34
32 EQUIMAT 8.58 10.13
33 EQUIMAT 8.28 9.20
34 EQUIMAT 9.33 10.27
35 EQUIMAT 8.59 10.13
36 EQUIMAT 8.40 10.38
37 EQUIMAT 8.72 10.09
38 EQUIMAT 10.11 12.13

39 EQUIMAT 10.12 12.28
40 EQUIMAT 10.19 15.07
41 EQUIMAT 10.14 12.26
42 EQUIMAT 10.10 12.18
43 EQUIMAT 11.61 13.97
44 EQUIMAT 12.00 14.02
45 EQUIMAT 12.24 13.77
46 EQUIMAT 11.97 13.66
47 EQUIMAT 12.22 13.81
48 EQUIMAT 11.97 14.07
49 EQUIMAT 11.63 13.95
50 EQUIMAT 13.57 15.99
51 EQUIMAT 13.77 15.99
52 EQUIMAT 13.75 15.91
53 EQUIMAT 13.79 15.90
54 EQUIMAT 13.75 16.03
55 EQUIMAT 13.59 16.00
56 EQUIMAT 15.67 17.79
57 EQUIMAT 15.73 17.75
58 EQUIMAT 15.74 17.31
59 EQUIMAT 15.04 15.95
60 EQUIMAT 16.08 16.91
61 EQUIMAT 15.74 17.36
62 EQUIMAT 15.70 17.73
63 EQUIMAT 15.72 17.80
64 EQUIMAT 2.04 2.42
65 EQUIMAT 2.44 2.80
66 EQUIMAT 2.82 3.19
67 EQUIMAT 8.33 8.71
68 EQUIMAT 8.73 9.08
69 EQUIMAT 9.10 9.46
70 EQUIMAT 9.48 9.80
71 EQUIMAT 9.82 10.19
72 EQUIMAT 15.29 15.61
73 EQUIMAT 15.63 15.97
74 EQUIMAT 15.99 16.33
251 BC_SIMPL 17.14 17.99 4.17 0.00
252 BC_SIMPL 0.54 1.07 0.00 4.17

Linear thermal transmittance (EN ISO 10211-2)
psi = Q/(ti-te) – U1*l1 – U2*l2 = -0.030 W/(m.K)
Equivalent thermal transmittance
Ueq = Q/((ti-te)*(l1+l2)) = 0.874 W/(m².K)
Q = 4.168 W/m
ti = 20.00°C
te = 0.00°C
U1 = 0.998 W/(m².K) (left edge of bitmap)
l1 = 0.2385 m (distance no. 1)
U2 = 0.000 W/(m².K)
l2 = 0.0000 m