Building Shell Insulation & Heating System Design

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FW FF FDa : FDb FGa FGb FGc FGd FDL F V F/V

237.16 41.36 0 110.15 0 0 0 0 110.15 498.82 594.82 0.839

Km : 2 o

F/V [m-1] <0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 >1,0

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Km [Kcal/m h +# +# , 1,335 1,015 1,245 0,955 1,160 0,897 1,092 0,845 1,030 0,795 0,985 0,750 0,947 0,717 0,927 0,695 0,920 0,680

$ .

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C] +# $ 0,807 0,760 0,715 0,675 0,635 0,600 0,575 0,550 0,530

F/V = 0.839 ! &

Km - 0.565 1-6-1979 .

m2 m2 m2 m2 m2 m2 m2 m2 m2 m2 m3 m-1


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) /% %01 %2 3)4 3%*45)4 % ) ) 3)4 ) /% )4 : 5 %$ )% 2% ) 3 : 0.6 Kcal/ m2hoC 4 ) ) 3)4 ) /% )4 : ( % ( /

#

#

5

# '

( (d) [m]

[Kg/m3]

1 % ( 2 3 # 4 % ( 5 6 7 8 9 10 11 12 13 14

1900 2400 1900

0.02 0.08 0.18 0.02

& 6 6 &

( ) [Kcal/mhoC] 0.750 0.028 1.750 0.750

# / (

( (Rs) : ! (Rai = 1/ai) : !/ (Raa = 1/aa) : (R = Rai + Rs + Raa) : ( (K = 1/R) :

6 1/ai 1/aa m2hoC/ Kcal

( - %' -) & - PILOTIS -% ! -3 -) & '!

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& (Ri = d / ) [m2hoC/ Kcal] 0.027 2.857 0.103 0.027

3.014 0.14 0.05 3.204 0.312

m2hoC/ Kcal m2hoC/ Kcal m2hoC/ Kcal m2hoC/ Kcal Kcal/ m2hoC


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( nTe) –

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) /% %01 %2 3)4 3%*45)4 % ) ) 3)4 ) /% )4 : ( %$ )% 2% ) 3 : 0.6 Kcal/ m2hoC 4 ) ) 3)4 ) /% )4 : ( % ( /

#

( #

5

# '

( (d) [m]

[Kg/m3]

1 % ( 2 ( 3 4 ( 5 % ( 6 7 8 9 10 11 12 13 14

1900 1200 1200 1900

0.02 0.06 0.04 0.06 0.02

& 6 6 &

( ) [Kcal/mhoC] 0.750 0.450 0.028 0.450 0.750

# / (

( (Rs) : ! (Rai = 1/ai) : !/ (Raa = 1/aa) : (R = Rai + Rs + Raa) : ( (K = 1/R) :

6 1/ai 1/aa m2hoC/ Kcal

( - %' -) & - PILOTIS -% ! -3 -) & '!

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0,14

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& (Ri = d / ) [m2hoC/ Kcal] 0.027 0.133 1.429 0.133 0.027

1.749 0.14 0.05 1.939 0.516

m2hoC/ Kcal m2hoC/ Kcal m2hoC/ Kcal m2hoC/ Kcal Kcal/ m2hoC


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) /% %01 %2 3)4 3%*45)4 % ) ) 3)4 ) /% )4 : PILOTIS %$ )% 2% ) 3 : 0.4 Kcal/ m2hoC 4 ) ) 3)4 ) /% )4 : PILOTIS % ( /

#

( #

5

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( (d) [m]

[Kg/m3]

1 2 6 3 $ 4 # 5 6 % ( 7 8 9 10 11 12 13 14

2725 1350 1500 2400 1900

0.02 0.02 0.05 0.15 0.10 0.02

& 6 6 &

( ) [Kcal/mhoC] 3.000 0.750 0.950 1.750 0.028 0.750

# / (

( (Rs) : ! (Rai = 1/ai) : !/ (Raa = 1/aa) : (R = Rai + Rs + Raa) : ( (K = 1/R) :

6 1/ai 1/aa m2hoC/ Kcal

( - %' -) & - PILOTIS -% ! -3 -) & '!

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& (Ri = d / ) [m2hoC/ Kcal] 0.007 0.027 0.053 0.086 3.571 0.027

3.771 0.2 0 3.971 0.252

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#

( #

5

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( (d) [m]

[Kg/m3]

1 % ( 2 3 # 4 5 6 7 8 9 10 11 12 13 14

1900 2400

0.02 0.13 0.15

& 6 6 &

( ) [Kcal/mhoC] 0.750 0.028 1.750

# / (

( (Rs) : ! (Rai = 1/ai) : !/ (Raa = 1/aa) : (R = Rai + Rs + Raa) : ( (K = 1/R) :

6 1/ai 1/aa m2hoC/ Kcal

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& (Ri = d / ) [m2hoC/ Kcal] 0.027 4.643 0.086

4.756 0.14 0.14 5.036 0.199

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KFW,F FW,F

: KW,F =

(KF) [Kcal/h C] o

[Kcal/ m2hoC] 0.312 ; 0.516 0.312 ; 0.516 0.312 ; 0.516 0.312 ; 0.516 2.8 2.8 0 2.8 KFW,F

9.24 ; 13.94 6.54 ; 18.07 15.11 ; 21.55 12.01 ; 22.12 9.79 8.36 0 2.53 139.26 (

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(K)

10.076 11.365 15.834 15.161 27.412 23.408 0 7.084 110.34

=

0.792

Kcal/ m2hoC

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KFW,F FW,F

=

$

(KF) [Kcal/hoC] 10.076 11.365 15.834 15.161 27.412 23.408 0 7.084 110.34 0.792

Kcal/ m2hoC


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(KF) (K) o [Kcal/h C] [Kcal/m2hoC]

139.26 139.26 110.15 110.15 498.82

(Km) =

$

----0.252 0.199

KF F

=

0.533

110.34 1 110.34 27.758 1 21.92 0.8 KF

Kcal/ m2hoC

(KF) [Kcal/hoC] 110.34 110.34 27.758 17.536 265.974








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(.1 ) 1 Q

+

)(,

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= 8910 Kcal / h

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) 3

3

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= 1.25 x 8910 = 11137 Kcal / h

11500 Kcal / h

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