NASSP Crew Heat Output

heatOutput.m

%Heat Output Data




function [heat,water] = heatOutput(temperature)
  radiated = [4.351581809194265	162.4752545248869
5.004325259515571	157.88909313725492
7.3232822540781015	140.690987933635
8.30239742956006	134.54880750377075
9.22998022738507	127.34198246606336
10.260627780523976	122.51013386123681
11.239742956005934	116.8593278657617
12.665472071181416	107.85079656862746
13.764829461196246	103.59221813725492
14.89854176964904	98.18709935897436
17.02854671280277	89.50615101809956
18.230968858131487	85.247572586727
19.5364557587741	80.66141119909504
21.288556599110233	75.09250094268478
23.504448838358872	72.3899415535445
24.941176470588236	69.87179487179489
26.51050420168068	68.70463329562595
27.936233316856157	65.63354308069383
28.81228373702422	64.28226338612369
30.50254572417202	59.073694381598784
31.646564508156207	56.66595965309202
33.14285714285714	50.96153846153848
34.17165101334652	45.85572209653094
35.428571428571416	34.61538461538464
36.168067226890756	22.43589743589746
36.63865546218487	12.82051282051276
37.042016806722685	4.166666666666686
37.2792881858626	-3.6128393665158285
37.675852694018786	-8.932527337858204
38.11387790410282	-16.91736189668174
38.6034354918438	-21.4625754147813
39.65469599604549	-28.096130279034696
41.30373208106772	-31.977988310708895
42.21070192782996	-32.272812971342375
43.81851211072666	-29.27542892156862
44.94191794364805	-24.165134803921575];



evap = [-4.27150271873455	0.00613928747759
-3.13779041028175	0.00651058303642
-2.41633712308452	0.00607740488445
-1.34453781512605	0.00532813578911
0.53781512605042	0.00532813578911
2.42770637666831	0.00836706083059
3.56141868512110	0.00948094750709
4.69513099357390	0.01040918640417
5.82884330202669	0.01276072494345
7.73109243697479	0.01864847526188
10.01680672268900	0.02397661105098
12.57142857142850	0.03196881473465
14.52100840336130	0.03996101841831
16.44451309935730	0.04828133340516
17.45454770143350	0.05236558455232
18.97990608007900	0.05992144917458
20.00760892592330	0.06695219579220
21.24990731586750	0.07636056004192
22.52533366287690	0.08810278209002
24.19498269896190	0.10668612480962
25.41114681166580	0.12332944823432
26.42461690558570	0.13745415011827
27.47244191794360	0.15651398880504
29.04786032059880	0.19006319465675
30.07482698961930	0.21522509904554
31.30645081562030	0.25086019030456
31.90422639644090	0.27291514649925
32.80672268907560	0.30636780787369
33.68209342560550	0.34183688460766
34.68697478991590	0.40616384017552
35.20229856648540	0.45180534674509
35.71762234305480	0.50231391926503
36.18141374196730	0.55268635008007
36.74826989619370	0.61939578548377
37.13476272862080	0.66755591359409
37.62432031636180	0.72677755522799
38.03657933761740	0.77834122596095
38.44883835887290	0.82735223972694
38.91262975778540	0.87575061582084
39.47948591201180	0.92299178742305
40.35553633217990	0.97057950154685
41.37146034884540	0.99641106399710
42.62296094908550	0.99991185069467
43.65360850222440	0.99991185069467
44.54683638161140	1.00000000000000];

##  A = 238.26894186034866;
##  B = -28.892473214983937;
##  C = 3.815968139135153;
##  D = -0.32027892457900586;
##  E = 0.014107335195805381;
##  F = -0.0002986813863242517;
##  G = 0.000002380908084852954;
##
##  heat = A + ...
##  B.*temperature + ...
##  C.*temperature.^2 + ...
##  D.*temperature.^3 + ...
##  E.*temperature.^4 + ...
##  F.*temperature.^5 + ...
##  G.*temperature.^6;
##  return;

  heat = interp1(radiated(:,1),radiated(:,2),temperature,'linear','extrap');
  water = interp1(evap(:,1),evap(:,2),temperature,'linear','extrap');
end