P&K TAL2K

Computing Times

Computing times of some AUSTAL2000 samples (see www.austal2000.de) utilizing different PCs in hours and minutes.

NoNameDescription
550 Mhz
(NT4)

850 MHz
(ME)

1.2 GHz
(NT5)

1.8 GHz
(XP)
1h50aksAKS anonym.aks, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10. 3:532:431:48
2h50a95AKTerm anno95.akt, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10.4:223:342:36 
3h50a96AKTerm anno96.akt, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10. 3:342:361:41
4h50a97AKTerm anno97.akt, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10. 3:342:361:41
5h50a98AKTerm anno98.akt, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10. 3:332:361:40
6h50a99AKTerm anno99.akt, stack with hq = 50 m, no plume rise, substances SO2, NO, NO2, PM-10. 3:322:351:39
72h50a95AKTerm anno95.akt, 2 stacks with hq = 50 m in a distance of 750 m, no plume rise, substances SO2, NO, NO2. 2:58 1:21
8h50a95-2AKTerm anno95.akt, stack with hq = 50 m (no plume rise, time-dependent emission of SO2) and a diffuse source with constant emission of Pb-Dust.2:592:211:341:04
9h50a95gAs sample 2, but an additional time series of pre-loads is taken into account and z0 is calulated automatically. 3:332:361:32
10h50a95cAs sample 2, but the calculation is commenced for complex terrain. 24:0518:3611:37
11h30a95h1Simple demonstration of a calculation with complex terrain (idealized Gauss hill). 4:112:571:59
12h30a95h0As sample 11, but with even terrain. 1:010:430:30
13h50a95nAs sample 2, but with automatic generation of nested computation grids (even terrain). 2:331:51 
14h50a95cnAs sample 10, but with automatic generation of nested computation grids (complex terrain). 12:56 6:23
15h50a95rnnqqqTest calculations to the statistic uncertainty.    
16h00aks-nh3Statistics calculation for wind-induced emission from a stable, which is represented as source of volume. 4:072:40 

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