DANE |
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PARAMETR |
WYROBISKO |
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1 |
2 |
3 |
4 |
5 |
6 |
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Długosc |
L |
1050 |
2000 |
1950 |
880 |
230 |
880 |
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Pole przekroju |
A |
ig:
proszę używać formuły pi()
38,484510006475 |
16 |
10 |
8 |
8,4 |
7 |
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Średnica zastępcza |
D |
7 |
3,84615384615385 |
3,04065159631575 |
2,71964146610211 |
2,75409836065574 |
2,54399164525441 |
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Prędkość powietrza |
wm |
9 |
5,2 |
2,6 |
1,5 |
1,42857142857143 |
1,71428571428571 |
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Czas przewietrzania (lata) |
t |
7 |
4 |
2,5 |
1 |
0,1 |
1 |
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w sekundach |
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220752000 |
126144000 |
78840000 |
31536000 |
3153600 |
31536000 |
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Wysokość niwelacyjna |
zd |
150 |
-900 |
-900 |
-880 |
-875 |
-860 |
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Wysokość niwelacyjna |
zw |
-900 |
-900 |
-880 |
-875 |
-860 |
-860 |
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Rodzaj skał otaczających |
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piaskowiec gruboziarnisty |
piaskowiec drobnoziarnisty |
łupek piaszczysty |
łupek ilasty |
węgiel |
łupek ilasty |
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Moc maszyn |
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0 |
220 |
270 |
280 |
350 |
0 |
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Współczynnik Czs |
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0 |
0,22 |
0,23 |
0,24 |
0,3 |
0,24 |
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średnioroczna temperatura powietrza |
t |
7,5 |
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wsp. przewodnictwa ciepła skał |
l s |
3,5 |
3,1 |
2,2 |
2,1 |
0,6 |
2,1 |
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pojemność cieplna skał otaczających wyrobisko |
cs |
696 |
705 |
850 |
1000 |
439 |
1000 |
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gęstość pozorna skał otaczających wyrobisko |
rs |
2400 |
2500 |
2550 |
2600 |
1300 |
2600 |
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ekwiwalentny współczynnik przewodzenia ciepła |
l e |
5,8 |
5,8 |
5,8 |
8,1 |
7 |
2,3 |
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promień zastępczy wyrobiska |
r0 |
3,5 |
1,92307692307692 |
1,52032579815787 |
1,35982073305105 |
1,37704918032787 |
1,27199582262721 |
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współczynnik ciepła konwekcyjnego |
epsilon s |
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0,35 |
0,35 |
0,35 |
0,25 |
0,6 |
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gęstość powietrza dla warunków normalnych |
rn |
1,2 |
1,2 |
1,2 |
1,2 |
1,2 |
1,2 |
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liczba oporu wyrobiska |
l f |
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0,05 |
0,05 |
0,05 |
0,649283197574805 |
0,05 |
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obwód wyrobiska |
B |
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16,64 |
13,1550750663005 |
11,7662568389442 |
12,2 |
11,0063254540287 |
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indywidualna stała gazowa |
Ra |
287,04 |
287,04 |
287,04 |
287,04 |
287,04 |
287,04 |
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współczynnik czs |
Czs |
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0,28 |
0,28 |
0,28 |
0,28 |
0,28 |
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współczynik cpa |
Cpa |
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1005 |
1005 |
1005 |
1005 |
1005 |
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ciepło parowania wody |
rb |
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2500000 |
2500000 |
2500000 |
2500000 |
2500000 |
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pojemność cieplna pary wodnej |
cpw |
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1927 |
1927 |
1927 |
1927 |
1927 |
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STOPIEŃ GEOTERMICZNY |
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31 |
0,032258064516129 |
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WILGOTNOŚĆ WZGLĘDNA NA PODSZYBIU SZYBU WDECHOWEGO |
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0,74 |
0,74 |
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PRZEPŁYW PRZEZ CHŁODNICĘ |
V |
470 |
m3/min |
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RÓŻNICA TEMPERATUR W WYROBISKACH KLIMATYZOWANYCH |
Dts |
3,5 |
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PROGNOZA TEMPERATURY WACŁAWIK |
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wyrobisko nr: |
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1 |
2 |
3 |
4 |
5 |
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wsp. wyrównania temp. skał |
a |
2,09530651340996E-06 |
3,29078014184397E-06 |
1,01499423298731E-06 |
8,07692307692308E-07 |
1,05134045908533E-06 |
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liczba Fouriera |
F0 |
37,7586206896552 |
112,246330825532 |
34,6207809550173 |
13,7749248 |
1,74844140564935 |
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wsp. przejmowania ciepła z górotworu |
ak |
13,1099320743661 |
9,52847472841994 |
5,73602965836514 |
3,77743255062346 |
3,62369569977331 |
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Liczba Biota |
Bi |
13,1099320743661 |
3,15930859695621 |
3,96392448573237 |
2,44601480954271 |
8,31667865521744 |
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Ki Bi→oo |
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0,419510731370204 |
0,342750595191734 |
0,426211418317565 |
0,503814929902477 |
0,840299827478439 |
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Liczba Kirpiczewa |
Ki |
0,408614528233568 |
0,314332545350391 |
0,391162421801482 |
0,430006535032396 |
0,775042591310223 |
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Bezwymiarowy strumień cieplny |
q* |
2,56740080009727 |
1,97500963051394 |
2,45774598138385 |
2,70181074290675 |
4,86973622215879 |
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Strumień objętości powietrza |
V |
346,360590058275 |
83,2 |
26 |
12 |
12 |
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przyjęta temperatura sucha na podszybiu |
ts |
17,9860039058066 |
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ciśnienie powietrza na zręvie szybu wdechowego |
p0 |
750 |
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ciśnienie statyczne bezwgl. pow. na podszybiu |
p |
111190,0476 |
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ciśnienie cząstkowe pary w stanie nasycenia |
ppn |
2061,1606834586 |
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stopień zawilżenia na podszybiu |
x |
0,008651008684542 |
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tsd, twd, xd, pd - parametry na wlociw do wyrobisk |
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prognozowana temperatura bezwzględna |
Ts |
291,136003905807 |
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temperatura wirtualna |
Tv |
292,64717596471 |
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gęstość powietrza |
r |
1,32366826648294 |
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prognozowana temperatura sucha na podszybiu |
Ts(s) |
17,9860039054437 |
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ciśnienie cząstkowe pary wodnej z "x" |
pp |
1525,25890575936 |
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ciśnienie cząstkowe pary wodnej z "tw" |
pp |
1525,25890573138 |
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pp - pp |
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2,79842424788512E-08 |
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temperatura wilgotna na podszybiu |
tw |
15,1899986029122 |
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temperatura sucha na dopływie |
tsd |
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20,7115312807387 |
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zawilżenie na dopływie |
xd |
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0,01063594675453 |
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temperatura pierwotna skał na wlocie do wyrobiska |
J00 |
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40,9032258064516 |
40,5806451612903 |
40,258064516129 |
40,0967741935484 |
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temepratura sucha na dopływie |
Tsd |
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17,9860039054437 |
20,7115312807387 |
27,5825049073789 |
34,8636498975116 |
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temperatura bezwzględna sucha na dopływie |
Ts |
|
291,136003905444 |
293,861531280739 |
300,732504907379 |
308,013649897512 |
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ciśnienie cząstowe pary w stanie nasycenia |
ppn |
|
2061,16068341157 |
2442,07774706706 |
3687,19866651308 |
5577,70510840933 |
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ciśnienie statyczne bezwzględne powietrza na dopływie |
pd |
|
111190,0476 |
110768,2236 |
110402,806350357 |
110461,304982947 |
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ciśnienie statyczne bezwzględne powietrza na wypływie |
pw |
|
111188,39985 |
110402,806350357 |
110461,304982947 |
110636,883705636 |
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stopień zawilżenia na dopływie |
x |
|
0,008651008684542 |
0,01063594675453 |
0,015603673003993 |
0,020812031520026 |
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temperatura wirtualna |
Tv |
|
292,647175964345 |
295,736828640683 |
303,548023908327 |
311,859883771671 |
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gęstość powietrza |
r |
|
1,32364865075069 |
1,3005656523906 |
1,26776961386911 |
1,23594174313081 |
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zagęszczenie strumienia cieplnego od dodatkowego źródła ciepła |
qd |
|
24,2 |
31,8461538461538 |
76,3636363636364 |
456,521739130435 |
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temperatura sucha powietrza na wypływie |
Tsw |
|
20,8002421715353 |
27,5825049073789 |
34,8636498975116 |
41,9823080940198 |
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stopień zawilżenia na wypływie |
xw |
|
0,010700414896087 |
0,015603673003993 |
0,020812031520026 |
0,029017410637873 |
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ciśnienie cząstowe pary wodnej z xw |
pp |
|
1880,45081371162 |
2701,81832688925 |
3576,35521477745 |
4931,35180983169 |
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ciśnienie cząstowe pary wodnej z tw |
pp |
|
1916,72518261715 |
2701,81832688892 |
3537,3981224908 |
4893,539040093 |
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pp - pp |
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|
-36,2743689055214 |
3,36058292305097E-10 |
38,9570922866519 |
37,8127697386899 |
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temperatura wilgotna na wypływie |
Tww |
|
18,268265551142 |
23,8961664905024 |
28,8361303232188 |
34,3911885349772 |
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PROGNOZA TEMPERATURY VOSS |
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wyrobisko nr: |
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2 |
3 |
4 |
5 |
6 |
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temperatura sucha na dopływie |
tsd |
|
17,9860039054437 |
|
27,5825049073789 |
35,9183574762667 |
42,8183236860553 |
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zawilżenie na dopływie |
xd |
|
0,008651008684542 |
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0,015603673003993 |
0,021561769390487 |
0,029506249971277 |
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ekw. wsp. wyrównywania temperatury |
ae |
|
3,29078014184397E-06 |
1,01499423298731E-06 |
3,11538461538462E-06 |
1,22656386893289E-05 |
8,84615384615385E-07 |
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Liczba Fouriera |
F0 |
|
112,246330825532 |
34,6207809550173 |
53,1318528 |
20,398483065909 |
17,2420827428571 |
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współczynnik przejmowania ciepła |
ak |
|
17,3882400767757 |
9,98692138624289 |
6,43170268258505 |
9,31149915094838 |
7,15681049537594 |
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Liczba Biota |
Bi |
|
16,4723759726939 |
7,47949469343826 |
3,08499564606675 |
7,32708129910692 |
6,59669061844402 |
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Ki Bi→oo |
Ki Bi→oo |
|
0,342750595191734 |
0,426211418317565 |
0,393984315656734 |
0,46913546995559 |
0,483631912537367 |
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Liczba Kirpiczewa |
Ki |
|
0,336908710708283 |
0,406889592721871 |
0,356087725479561 |
0,445372048485092 |
0,455785570114652 |
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ciśnienie cząstkowe pary wodnej w stanie nasycenia |
ppn |
|
2061,16068341157 |
2442,07774706706 |
3687,19866651308 |
5911,53181367486 |
8553,84156077291 |
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ciśnienie statyczne bezwzględne na dopływie |
pd |
|
111190,0476 |
110768,2236 |
110402,806350357 |
110322,1253361 |
110079,210277047 |
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ciśnienie statyczne bezwzględne na wypływie |
pw |
|
110768,2236 |
110531,563423504 |
110322,1253361 |
110079,210277047 |
110048,7134499 |
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stopień zawilżenia na dopływie |
xd |
|
0,008651008684381 |
0,01063594675453 |
0,015603673003993 |
0,021561769390487 |
0,029506249971277 |
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temperatura bezwzględna sucha na dopływie |
Tsd |
|
291,136003905444 |
293,861531280739 |
300,732504907379 |
309,068357476267 |
315,968323686055 |
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temperatura wirtualna |
Tv |
|
292,647175964317 |
295,736828640683 |
303,548023908327 |
313,066793866147 |
321,562147891067 |
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gęstość powietrza |
r |
|
1,32366826648471 |
1,30208243472949 |
1,26617224248943 |
1,22497119995773 |
1,19227826642406 |
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temperatura pierwotna skał na dopływie |
tpd |
|
40,9032258064516 |
40,9032258064516 |
40,258064516129 |
40,0967741935484 |
39,6129032258064 |
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temperatura pierwotna skał na wypływie |
tpw |
|
40,9032258064516 |
40,258064516129 |
40,0967741935484 |
39,6129032258064 |
39,6129032258064 |
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średnia temperatura pierwotna skał otaczających wyrobisko |
tpm |
|
40,9032258064516 |
40,5806451612903 |
40,1774193548387 |
39,8548387096774 |
39,6129032258064 |
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zagęszczenie strumienia cieplnego od dodatkowego źródła ciepła |
qd |
|
24,2 |
31,8461538461538 |
76,3636363636364 |
456,521739130435 |
0 |
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gęstość powietrza suchego |
ra |
|
1,33053890588587 |
1,31039176239697 |
1,27896105409508 |
1,24355687937014 |
1,21372231771618 |
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strumień masy powietrza suchego |
ma |
|
110,700836969705 |
34,0701858223212 |
15,347532649141 |
14,9226825524417 |
14,5646678125941 |
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tx |
tx |
|
44,9925394618426 |
41,2132464322979 |
48,821702497582 |
104,586163705916 |
39,6129032258064 |
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temperatura sucha powietrza na wypływie |
Tsw |
|
20,7115312807387 |
27,5667687639273 |
35,9183574762667 |
42,8183236860553 |
41,9238192251786 |
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stopień zawilżenia na wypływie |
xw |
|
0,01063594675453 |
0,015592354610874 |
0,021561769390487 |
0,029506249971277 |
0,029293734283084 |
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ciśnienie cząstkowe pary wodnej z "xw" |
pp |
|
1862,24784466858 |
2703,05520467754 |
3696,21120816146 |
4985,40834446106 |
4949,74479302361 |
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ciśnienie cząstkowe pary wodnej z "tw" |
pp |
|
1862,24784387385 |
2508,16989913702 |
3696,21120847415 |
4985,40834389748 |
4949,74479362684 |
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pp-pp |
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7,94723518993123E-07 |
194,885305540515 |
-3,12690644932445E-07 |
5,63576577405911E-07 |
-6,03226908424404E-07 |
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temperatura wilgotna na wypływie |
tw |
|
17,9636605411506 |
23,1042900151917 |
29,6015167109925 |
34,7887497224983 |
34,5251704401833 |
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temperatura na wlocie do chodnika odstawczego taka, aby na wylocie chodnika temperatura sucha była równa 28 stopni Celsjusza |
15,244886276903 |
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temperatura na wlocie do ściany taka, aby na wylocie ściany temperatura sucha była równa 28 stopni Celsjusza |
19,9181661126894 |
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temperatura na wlocie do ściany taka, aby na wylocie ściany temperatura sucha była równa 33 stopni Celsjusza |
25,2976225336844 |
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MASZYNY KLIMATYZACYJNE |
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wyrobisko nr 4 |
wyrobisko nr 5 |
wyrobisko nr 6 |
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Temperatura sucha na dopływie do danego fragmentu wyrobiska |
tsd |
27,5825049073789 |
24,5 |
24,4999999999996 |
24,5 |
24,4999999999995 |
27,0712449115735 |
24,5000000000001 |
24,5000000000003 |
24,5000000000003 |
24,5000000000002 |
27,4993912303322 |
24,5000000000004 |
24,5 |
26,3079470106593 |
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Temperatura wilgotna na dopływie do danego fragmentu wyrobiska |
twd |
23,8961664905024 |
23,1954128048027 |
23,7032316243086 |
23,8621138547688 |
23,8029995328644 |
25,5198894206488 |
23,7944415345768 |
24,0829530315007 |
24,1620302556311 |
24,1834022604511 |
26,9773262199794 |
24,0207902949549 |
23,5310926529264 |
24,4269550897834 |
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Stopień zawilżenia na dopływie do danego fragmentu wyrobiska |
xd |
0,015603673003993 |
0,015881612012459 |
0,016623005439333 |
0,016860541250651 |
0,016776513334804 |
0,018313982324185 |
0,016768785841267 |
0,017206638407508 |
0,017334592291829 |
0,017376292919662 |
0,020557804605752 |
0,017141359607398 |
0,016419922810848 |
0,016991211683804 |
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Ciśnienie powietrza na dopływie do danego fragmentu wyrobiska |
pd |
110402,806350357 |
110399,60415965 |
110378,823805471 |
110358,005036939 |
110337,147639936 |
110322,1253361 |
110306,282846008 |
110247,492990694 |
110188,615193722 |
110129,649059217 |
110079,210277047 |
110077,384819524 |
110065,990730834 |
110054,596642143 |
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|
odległość umiejscowienia MK (SOLVER) |
L |
34,9267773589731 |
226,654459487444 |
227,073450642954 |
227,4947771945 |
163,850535316128 |
15,0001928051336 |
55,6641765029821 |
55,7474425686328 |
55,8310834619488 |
47,7571046613017 |
52,6744179798316 |
328,781679458445 |
328,781679458472 |
169,762223103252 |
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|
metr bieżący wyrobiska |
- |
34,9267773589731 |
261,581236846417 |
488,654687489372 |
716,149464683872 |
880 |
15,0001928051336 |
70,6643693081157 |
126,411811876748 |
182,242895338697 |
229,999999999999 |
52,6744179798316 |
381,456097438277 |
710,237776896749 |
880 |
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tangens kąta nachylenia wyrobiska |
tan alfa |
0,005681818181818 |
0,005681818181818 |
0,005681818181818 |
0,005681818181818 |
0,005681818181818 |
0,065217391304348 |
0,065217391304348 |
0,065217391304348 |
0,065217391304348 |
0,065217391304348 |
0 |
0 |
0 |
0 |
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|
kąt nachylenia wyrobiska |
a |
0,325540698659298 |
0,325540698659298 |
0,325540698659298 |
0,325540698659298 |
0,325540698659298 |
3,73139699916045 |
3,73139699916045 |
3,73139699916045 |
3,73139699916045 |
3,73139699916045 |
0 |
0 |
0 |
0 |
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wysokość n.p.m. dopływu danego fragmentu wyrobiska |
zd |
-880 |
-879,801552401369 |
-878,513742972464 |
-877,223552911992 |
-875,93096895066 |
-875 |
-874,021726556187 |
-870,391454175558 |
-866,755751399342 |
-863,114593782259 |
-860 |
-860 |
-860 |
-860 |
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|
wysokość n.p.m. wypływu danego fragmentu wyrobiska |
zw |
-879,801552401369 |
-878,513742972464 |
-877,223552911992 |
-875,93096895066 |
-875 |
-874,021726556187 |
-870,391454175558 |
-866,755751399342 |
-863,114593782259 |
-860 |
-860 |
-860 |
-860 |
-860 |
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temperatura pierwotna skał na wlocie do danego fragmentu wyrobiska |
tpd |
40,258064516129 |
40,2516629806893 |
40,2101207410472 |
40,1685017068385 |
40,1268054500213 |
40,0967741935484 |
40,0652169856835 |
39,948111425018 |
39,8308306903014 |
39,7133739929761 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
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temperatura pierwotna skał na wylocie z danego fragmentu wyrobiska |
tpw |
40,2516629806893 |
40,2101207410472 |
40,1685017068385 |
40,1268054500213 |
40,0967741935484 |
40,0652169856835 |
39,948111425018 |
39,8308306903014 |
39,7133739929761 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
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temperatura pierwotna skał otaczających dany fragment wyrobiska |
tpm |
40,2548637484092 |
40,2308918608683 |
40,1893112239428 |
40,1476535784299 |
40,1117898217848 |
40,0809955896159 |
40,0066642053507 |
39,8894710576597 |
39,7721023416387 |
39,6631386093913 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
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tx |
tx |
48,8991468911525 |
48,8751750036116 |
48,8335943666862 |
48,7919367211732 |
48,7560729645282 |
104,812320585855 |
104,737989201589 |
104,620796053898 |
104,503427337877 |
104,39446360563 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
39,6129032258064 |
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Temperatura sucha na wlocie do MK |
Ts |
28 |
28 |
28,0000000 |
28 |
27,0712449115735 |
28 |
28,0000000000003 |
28,0000000000003 |
28,0000000000003 |
27,4993912303322 |
28 |
28 |
28 |
28 |
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ciśnienie statyczne bezwględne na wlocie do MK |
pw |
110399,60415965 |
110378,823805471 |
110358,005036939 |
110337,147639936 |
110322,1253361 |
110306,282846008 |
110247,492990694 |
110188,615193722 |
110129,649059217 |
110079,210277047 |
110077,384819524 |
110065,990730834 |
110054,596642143 |
110048,7134499 |
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stopień zwilżenia na dopływie do MK |
xd |
0,015903862753088 |
0,018534293716411 |
0,019366658196067 |
0,019062134636081 |
0,018313982324185 |
0,01902348842426 |
0,020546346375258 |
0,02097494867522 |
0,02110019934939 |
0,020557804605752 |
0,020254820126132 |
0,017697407088648 |
0,016991211683804 |
0,017076137847468 |
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ciśnienie cząstkowe pary wodnej z x |
pp |
2752,42125823268 |
3193,88604256108 |
3332,36181743777 |
3280,90125751636 |
3155,38549703094 |
3273,53105266452 |
3525,3226335641 |
3594,54214047351 |
3613,36779521878 |
3521,8417390782 |
3471,51560347442 |
3045,00631547662 |
2926,42670842807 |
2940,50566046249 |
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ciśnienie cząstkowe pary wodnej z tw |
pp |
2752,42125823268 |
3193,88604256108 |
3332,36181743777 |
3280,90125751636 |
3155,38549703094 |
3273,53105266452 |
3525,3226335641 |
3594,54214047351 |
3613,36779521878 |
3521,8417390782 |
3471,51560347442 |
3045,00631547662 |
2926,42670842807 |
2940,50566046249 |
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różnica ciśnień pp |
pp-pp |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
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|
temperatura wilgotna na dopływie do MK (SOLVER) |
Tw |
24,2164580927239 |
25,9118460189957 |
26,4219722898529 |
26,2334250508178 |
25,5198894206488 |
26,2061902726715 |
27,1166164488217 |
27,3614400418611 |
27,4275862444326 |
26,9773262199794 |
26,9242229471292 |
25,3500421265179 |
24,8950813207938 |
24,9494560286155 |
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|
ZDOLNOŚĆ CHŁODNICZA MASZYNY KLIMATYZACYJNEJ |
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|
Temperatura sucha na wlocie do MK |
tsd |
28 |
28 |
28 |
28 |
|
28 |
28,0000000000003 |
28,0000000000003 |
28,0000000000003 |
|
28 |
28 |
28 |
|
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Temperatura wilgotna na wlocie do MK |
twd |
24,2164580927239 |
25,9118460189957 |
26,4219722898529 |
26,2334250508178 |
|
26,2061902726715 |
27,1166164488217 |
27,3614400418611 |
27,4275862444326 |
|
26,9242229471292 |
25,3500421265179 |
24,8950813207938 |
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ciśnienie powietrza w miejscu ustawienia MK |
p |
110399,60415965 |
110378,823805471 |
110358,005036939 |
110337,147639936 |
|
110306,282846008 |
110247,492990694 |
110188,615193722 |
110129,649059217 |
|
110077,384819524 |
110065,990730834 |
110054,596642143 |
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całkowity strumień powietrza |
VC |
12 |
12 |
12 |
12 |
|
12 |
12 |
12 |
12 |
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12 |
12 |
12 |
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strumień powietrza przepływający przez MK |
Vmk |
7,83333333333333 |
7,83333333333333 |
7,83333333333333 |
7,83333333333333 |
|
7,83333333333333 |
7,83333333333333 |
7,83333333333333 |
7,83333333333333 |
|
7,83333333333333 |
7,83333333333333 |
7,83333333333333 |
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ciśnienie cząstkowe pary wodnej |
ppd |
2752,42125823268 |
3193,88604256108 |
3332,36181743777 |
3280,90125751636 |
|
3273,53105266452 |
3525,3226335641 |
3594,54214047351 |
3613,36779521878 |
|
3471,51560347442 |
3045,00631547662 |
2926,42670842807 |
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ciśnienie cząstkowe pary wodnej w stanie nasycenia |
ppnd |
3778,07381666521 |
3778,07381666521 |
3778,0738166652 |
3778,07381666521 |
|
3778,07381666521 |
3778,07381666527 |
3778,07381666526 |
3778,07381666527 |
|
3778,07381666522 |
3778,07381666521 |
3778,0738166652 |
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wilgotność względna powietrza |
jd |
72,8525008191122 |
84,5374176775676 |
88,2026656742019 |
86,8405811195164 |
|
86,6455027486459 |
93,3100517521316 |
95,1421892451601 |
95,6404763527922 |
|
91,8858596187677 |
80,5967925254663 |
77,4581665270676 |
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stopień zwilżenia powietrza wlotowego do MK |
xd |
0,015903862753088 |
0,018534293716411 |
0,019366658196067 |
0,019062134636081 |
|
0,01902348842426 |
0,020546346375258 |
0,02097494867522 |
0,02110019934939 |
|
0,020254820126132 |
0,017697407088648 |
0,016991211683804 |
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entalpia 1+x kg powietrza wilgotnego na dopływie do MK |
hd |
68,7577657014262 |
75,4757706427898 |
77,6015928997946 |
76,8238531266277 |
|
76,7251524020685 |
80,6144646031685 |
81,7090960187702 |
82,0289807295716 |
|
79,8699193900567 |
73,3383990184957 |
71,5348070271208 |
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gęstość powietrza wilgotnego |
rd |
1,26505766688634 |
1,26288690110325 |
1,26204056232333 |
1,26202430587221 |
|
1,26169949208166 |
1,25991841425977 |
1,25893464682331 |
1,25817021326215 |
|
1,25818589806672 |
1,25991907719813 |
1,26030578101947 |
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strumień masy powietrza wilgotnego |
md |
9,90961839060968 |
9,89261405864213 |
9,88598440486612 |
9,88585706266561 |
|
9,88331268797304 |
9,86936091170151 |
9,8616547334493 |
9,85566667055354 |
|
9,85578953485596 |
9,86936610471872 |
9,87239528465254 |
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strumień masy powietrza suchego |
msd |
9,75448440933646 |
9,71259791611545 |
9,69816338937449 |
9,70093650491288 |
|
9,69880753509994 |
9,67066409747599 |
9,65905651871814 |
9,65200739049237 |
|
9,6601254318382 |
9,69774123032528 |
9,70745388085222 |
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|
PARAMETRY POWIETRZA NA WYPŁYWIE Z MASZYNY KLIMATYZACYJNEJ |
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temperatura sucha na wylocie z MK (taka aby po zmieszaniu strumieni wyszło 24,5) |
tsw |
22,6350580931794 |
22,3630950945298 |
22,2787055443551 |
22,3099213769647 |
|
22,3143074154412 |
22,1614395979546 |
22,1194294750976 |
22,1077871440866 |
|
22,193176894709 |
22,4536837626511 |
25,4079188248398 |
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ciśnienie cząstkowe pary w stanie nasycenia na wylocie z MK dla temp Tsw |
ppnw |
2746,66884927608 |
2701,68565380445 |
2687,85888907775 |
2692,96621297476 |
|
2693,68450562418 |
2668,74812504013 |
2661,93069032383 |
2660,04405785017 |
|
2673,90858462306 |
2716,59719683743 |
3243,97397789694 |
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stopień zwilżenia powietrza wylotowego z MK |
xnw |
0,015869776512124 |
0,015606362738759 |
0,015527500322238 |
0,015560757323487 |
|
0,015569475956697 |
0,01543019799913 |
0,015398232513429 |
0,015395491627254 |
|
0,015485263586795 |
0,015740409897125 |
0,018890928298345 |
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Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
|
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
|
Nastąpi kondensacja pary wodnej |
Nastąpi kondensacja pary wodnej |
Nie nastąpi kondensacja pary wodnej |
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stopień zwilżenia powietrza wylotowego z MK |
xw |
0,015869776512124 |
0,015606362738759 |
0,015527500322238 |
0,015560757323487 |
|
0,015569475956697 |
0,01543019799913 |
0,015398232513429 |
0,015395491627254 |
|
0,015485263586795 |
0,015740409897125 |
0,016991211683804 |
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|
temperatura wilgotna na wylocie z MK |
tww |
22,6350580931794 |
22,3630950945298 |
22,2787055443551 |
22,3099213769647 |
|
22,3143074154412 |
22,1614395979546 |
22,1194294750976 |
22,1077871440866 |
|
22,193176894709 |
22,4536837626511 |
25,4079188248398 |
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wilgotność względna na wylocie z MK |
j |
100 |
100 |
100 |
100 |
|
100 |
100 |
100 |
100 |
|
100 |
100 |
100 |
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entalpia 1+x kg powietrza wilgotnego na wypływie z MK |
hw |
63,1181114881862 |
62,437704224332 |
62,233838862483 |
62,3196439567887 |
|
62,3419908028509 |
61,981757134743 |
61,8987966712098 |
61,8913657176308 |
|
62,1230666833161 |
62,7821530184421 |
68,8448953559835 |
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różnica entalpii |
dh |
5,63965421324008 |
13,0380664184578 |
15,3677540373115 |
14,504209169839 |
|
14,3831615992176 |
18,6327074684256 |
19,8102993475603 |
20,1376150119407 |
|
17,7468527067406 |
10,5562460000536 |
2,68991167113725 |
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|
ZDOLNOŚĆ CHŁODNICZA MASZYNY KLIMATYZACYJNEJ |
Q |
55,011919097099 |
126,633496726088 |
149,038989581567 |
140,704412210583 |
|
139,499516097052 |
180,190655153676 |
191,34880105081 |
194,368408922142 |
|
171,436823167471 |
102,371742072176 |
26,112193491131 |
1476,7169575698 |
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|
MIESZANIE STRUMIENI POWIETRZA ZA MASZYNĄ KLIMATYZACYJNĄ |
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strumień masy płynącego obok MK |
m1 |
5,27107361202643 |
5,26202875459688 |
5,25850234301389 |
5,25843460780086 |
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5,25708121700694 |
5,2496600594157 |
5,24556102843048 |
5,24237588859231 |
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5,24244124194466 |
5,24966282165889 |
5,25127408758114 |
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strumień masy płynącego przez MK |
m2 |
9,90961839060968 |
9,89261405864213 |
9,88598440486612 |
9,88585706266561 |
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9,88331268797304 |
9,86936091170151 |
9,8616547334493 |
9,85566667055354 |
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9,85578953485596 |
9,86936610471872 |
9,87239528465254 |
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stopień zawilżenia powietrza po zmieszaniu |
xm |
0,015881612012459 |
0,016623005439333 |
0,016860541250651 |
0,016776513334804 |
|
0,016768785841267 |
0,017206638407508 |
0,017334592291829 |
0,017376292919662 |
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0,017141359607398 |
0,016419922810848 |
0,016991211683804 |
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entalpia 1+x kg powietrza po zmieszaniu |
hm |
65,0763247566723 |
66,9648106196299 |
67,5698645698829 |
67,3558276963161 |
|
67,3361441359126 |
68,4514472279463 |
68,7773728335572 |
68,8835931523325 |
|
68,285168317601 |
66,4475162129052 |
69,7788924640173 |
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temperatura sucha po zmieszaniu |
tsm |
24,5 |
24,4999999999996 |
24,5 |
24,4999999999995 |
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24,5000000000001 |
24,5000000000003 |
24,5000000000003 |
24,5000000000002 |
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24,5000000000004 |
24,5 |
26,3079470106593 |
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różnica temperatur przed i za MK |
tsd - tsm |
3,500000000 |
3,500000000 |
3,49999999999995 |
3,50000000000046 |
|
3,49999999999993 |
3,50000000000003 |
3,5 |
3,50000000000002 |
|
3,49999999999969 |
3,49999999999998 |
1,69205298934067 |
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ciśnienie cząstkowe pary wodnej z x |
pp |
2748,66628316966 |
2873,10004944658 |
2912,52249297212 |
2897,84077852505 |
|
2895,73077925975 |
2967,72378952636 |
2987,59795358059 |
2992,9871695024 |
|
2952,20456237175 |
2830,85631780213 |
2926,42670842807 |
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ciśnienie cząstkowe pary wodnej z tw |
pp |
2748,66628316966 |
2873,10004944658 |
2912,52249297212 |
2897,84077852505 |
|
2895,73077925975 |
2967,72378952636 |
2987,59795358059 |
2992,9871695024 |
|
2952,20456237175 |
2830,85631780213 |
2926,4266676505 |
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różnica ciśnień pp |
|
0 |
0 |
0 |
0 |
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0 |
0 |
0 |
0 |
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0 |
0 |
4,07775714847958E-05 |
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temperatura wilgotna po zmieszaniu |
|
23,1954128048027 |
23,7032316243086 |
23,8621138547688 |
23,8029995328644 |
|
23,7944415345768 |
24,0829530315007 |
24,1620302556311 |
24,1834022604511 |
|
24,0207902949549 |
23,5310926529264 |
24,4269550897834 |
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WYBRANO CHŁODNICĘ GMC - 2000 o mocy chłodniczej 1993 kW |
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Chodnik wentylacyjny |
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Wyrobisko kamienne |
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temperatura sucha na wylocie |
tsw1 |
28 |
|
Strumień objętości powietrza |
V2 |
30 |
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temp. wilgotna na wylocie |
tww1 |
24,9494560286155 |
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Temperatura sucha powietrza na wylocie |
tsw2 |
28,5 |
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ciśnienie statyczne bezwzględne na wylocie |
pw |
110048,7134499 |
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Temp. wilgotna powietrza na wylocie |
tww2 |
26,7 |
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indywidualna stała gazowa |
Ra |
287,04 |
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Ciśnienie statyczne bezwzd. pow. na wylocie |
pw |
110048,7134499 |
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temperatura bezwzględna sucha na wylocie |
Tsw |
301,15 |
|
Ciśnienie cząstkowe pary wodnej |
pp |
3373,77945211441 |
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Gęstość powietrza |
ρ |
1,27309168266697 |
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Temperatura bezwzględna sucha na wylocie |
tsw2 |
301,65 |
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Strumień objętości powietrza |
V1 |
12 |
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Stop. zawilżenia pow. na wylocie |
xw |
0,019671826741029 |
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Strumień masy powietrza suchego |
m1 |
15,2771001920037 |
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Gęstość powietrza |
ρ |
1,270981469369 |
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Stop. zawilżenia pow. na wylocie |
xw |
0,017076137847468 |
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Strumień masy powietrza suchego |
m2 |
38,1294440810701 |
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entalpia 1+x kg powietrza wilgotnego |
h1 |
71,7517047123677 |
|
entalpia 1+x kg powietrza wilgotnego |
h2 |
78,9024337412768 |
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Mieszanie strumieni powietrza |
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stopień zawilżenia powietrza po zmieszaniu |
xm |
0,018929322243988 |
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entalpia powietrza po zmieszaniu |
hm |
76,8569465204234 |
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temperatura sucha powietrza po zmieszaniu |
tsm |
28,3574639377861 |
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ciśnienie cząstkowe pary wodnej |
ppm |
3250,19855876777 |
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ciśnienie cząstkowe pary wodnej |
ppm |
3250,19855876776 |
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różnica pp - pp |
|
0 |
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temp. wilgotna pow. po zmieszaniu |
twm |
25,4402057021519 |
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wyrobisko 1 |
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L |
Ts dopływ |
Ts wyjściowe z chłodnicy |
Ts wyjściowe po zmieszaniu |
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0 |
27,5825049073789 |
- |
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34,9267773589731 |
28 |
22,6350580931794 |
24,5 |
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DANE OD WYKRESÓW |
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261,581236846417 |
28 |
22,3630950945298 |
24,4999999999996 |
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488,654687489372 |
28 |
22,2787055443551 |
24,5 |
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716,149464683872 |
28 |
22,3099213769647 |
24,4999999999995 |
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Obliczanie chłodni wieżowych |
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880 |
28 |
- |
27,0712449115735 |
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Parametry powietrza na dopływie |
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Temperatura sucha na dopływie |
tpsd |
28,3574639377861 |
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Temperatura wilgotna powietrza na dopływie (Tm1) |
tpwd |
25,4402057021519 |
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Ciśnienie powietrza |
pd |
110 048,71345 |
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Strumień objętości powietrza |
Vp |
42 |
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Ciśnienie cząstkowe pary |
ppd |
3043,44846670033 |
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Ciśnienie cząstkowe pary nasyconej na dopływie |
ppw |
3857,42526102877 |
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Wilgotność względna powietrza na dopływie |
φd |
78,90 |
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Stopień zawilżenia |
xd |
0,017690951436687 |
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Gęstość powietrza na dopływie |
rd |
1,25822678181433 |
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odstawczy |
|
sciana |
|
wentylacyjny |
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Strumień masy powietrza |
mp |
52,8455248362019 |
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Admin:
Przyjęto średnicę wieży = 4 metry
Pole przekroju wieży |
Aw |
12,5663706143592 |
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L |
T |
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L |
T |
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L |
T |
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Entalpia powietrza na dopływie |
hm |
73,6933489362047 |
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0 |
27,5825049073789 |
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0 |
27,0712449115735 |
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0 |
27,4993912303322 |
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Jednostkowy strumień masy pow. (gęst. str. masy) |
mpj |
4,20531324898352 |
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34,9267773589731 |
28 |
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15,0001928051336 |
28 |
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52,6744179798316 |
28 |
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Moc chłodnicza wieży (założona) |
Q |
4600 |
aby chłodnia wieżowa miała moc taką jak wydajności maszyn w wyrobiskach musiałem przyjąć początkową 4600 kW |
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34,9267773589731 |
22,6350580931794 |
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15,0001928051336 |
22,3143074154412 |
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52,6744179798316 |
22,193176894709 |
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Parametry wody na dopływie |
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34,9267773589731 |
24,5 |
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15,0001928051336 |
24,5 |
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52,6744179798316 |
24,5 |
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Temperatura wody na dopływie (Tw1) |
twd |
38 |
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261,581236846417 |
28 |
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70,6643693081157 |
28 |
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381,456097438277 |
28 |
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Różnica między temp. wody i temp. wilgotną powietrza twd-tpwd |
Δ t |
12,5597942978481 |
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261,581236846417 |
22,3630950945298 |
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70,6643693081157 |
22,1614395979546 |
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381,456097438277 |
22,4536837626511 |
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Spadek temperatury wody |
Δ tw |
5 |
10 |
15 |
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261,581236846417 |
24,4999999999996 |
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70,6643693081157 |
24,5 |
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381,456097438277 |
24,5 |
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ciepło właściwe wody |
Cw |
4,174 |
4,174 |
4,174 |
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488,654687489372 |
28 |
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126,411811876748 |
28 |
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710,237776896749 |
28 |
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Gęstość strumienia wody |
mwj |
2,78524105932008E-07 |
1,39262052966004E-07 |
9,28413686440027E-08 |
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488,654687489372 |
22,2787055443551 |
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126,411811876748 |
22,1194294750976 |
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710,237776896749 |
25,4079188248398 |
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Rzeczywisty stosunek str. masy wody do str. masy powietrza |
B |
3,53015973092003E-09 |
1,76507986546002E-09 |
1,17671991030668E-09 |
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488,654687489372 |
24,4999999999996 |
|
126,411811876748 |
24,5 |
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710,237776896749 |
26,3079470106593 |
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Zalec. wartość stosunku dla tpwd = 25,44 i twd - tpwd = 12,56 (tab. 4.13) |
1,146 |
1,146 |
1,146 |
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716,149464683872 |
28 |
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182,242895338697 |
28 |
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880 |
28 |
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Zalecana wartość stosunku mw/mp (odczyt tab. 4.13) - formuła |
|
1,12736758745075 |
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716,149464683872 |
22,3099213769647 |
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182,242895338697 |
22,1077871440866 |
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Zalecana wartość stosunku mw/mp (odczyt Rys. 4.57) - formuła popr |
|
1,19290892763831 |
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716,149464683872 |
24,4999999999995 |
|
182,242895338697 |
24,5 |
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Współczynnik R |
R |
3,08041861336827E-09 |
1,54020930668413E-09 |
1,02680620445609E-09 |
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880 |
27,0712449115735 |
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229,999999999999 |
27,4993912303322 |
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Współczynnik Fo dla wyznaczonego R (Odczytano z rys. 4.58) |
F0 |
0,98 |
0,95 |
0,98 |
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52,6744179798316 |
328,781679458445 |
328,781679458472 |
169,762223103252 |
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Prędkość przepływu powietrza w, m/s |
w |
3,3422538049298 |
3,3422538049298 |
3,3422538049298 |
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xn |
0,020254820126132 |
0,017697407088648 |
0,016991211683804 |
0,017076137847468 |
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Współczynnik Fv dla w (Odczytano z rys. 4.58) |
Fv |
0,76 |
0,76 |
0,76 |
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Q |
171,436823167471 |
102,371742072176 |
26,112193491131 |
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Współczynnik Fwb dla tpwd (Odczytano z rys. 4.58) |
Fwb |
0,97 |
0,97 |
0,97 |
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xm |
0,017141359607398 |
0,016419922810848 |
0,016991211683804 |
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Liczba sit |
ns |
3 |
3 |
3 |
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twch |
22,193176894709 |
22,4536837626511 |
25,4079188248398 |
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Współczynnik Fs dla trzech sit w wieży (Odczytano z rys. 4.58) |
Fs |
1,025 |
1,025 |
1,025 |
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27,4993912303322 |
Wskaźnik efektywności wody |
ηw |
0,7405174 |
0,7178485 |
0,7405174 |
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Obniżenie temperatury wody |
Δ tw |
6,75203580631596 |
13,9305159793466 |
20,2561074189479 |
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Poprawione parametry wody na dopływie |
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Cw |
4,174 |
4,174 |
4,174 |
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Gęstość strumienia wody |
mwj |
2,06251946762095E-07 |
9,99690558285665E-08 |
6,87506489206984E-08 |
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Rzeczywisty stosunek str. masy wody do str. masy powietrza |
B |
2,6141447055256E-09 |
1,26705993380068E-09 |
8,71381568508534E-10 |
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Zalecana wartość stosunku dla tpwd = 25,44 i twd - tpwd = 12,56 tab. 4.13 |
1,146 |
1,146 |
1,146 |
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Zalecana wartość stosunku mw/mp formuła |
|
0,382250575636192 |
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Zalecana wartość stosunku mw/mp formuła poprawiona |
|
0,404473331810436 |
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R |
R |
2,28110358248307E-09 |
1,10563694048925E-09 |
7,60367860827691E-10 |
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Współczynnik Fo (rys. 4.58) |
F0 |
0,98 |
0,99 |
0,99 |
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Prędkość powietrza |
w |
3,3422538049298 |
3,3422538049298 |
3,3422538049298 |
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Współczynnik Fv (rys. 4.58) |
Fv |
0,76 |
0,76 |
0,76 |
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Współczynnik Fwb (rys. 4.58) |
Fwb |
0,97 |
0,97 |
0,97 |
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Liczba sit |
ns |
3 |
3 |
3 |
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Współczynnik Fs (rys. 4.58) |
Fs |
1,025 |
1,025 |
1,025 |
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Wskaźnik efektywności wody |
ηw |
0,7405174 |
0,7480737 |
0,7480737 |
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Obniżenie temperatury wody |
Δ tw |
6,75203580631596 |
13,367666848868 |
20,051500273302 |
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Moc chłodnicza wieży (obliczona) |
Q |
1488,23022084588 |
1535,22696466206 |
1488,23022084588 |
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11,5132632760808 |
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Całkowita zdolność chłodnicza zainstalowanych chłodnic |
Q |
1476,7169575698 |
1476,7169575698 |
1476,7169575698 |
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Moc chłodnicza MK wraz ze sprężarką |
|
1993 |
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