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QDV_Combustion01
Cntainer Rupture CH4 pool fire simulation. heating_coil_flow01 blast_wave01
QDV_Combustion02 QDV_Combustion03 QDV_Combustion01 RM-instability_sim01
jaguar RM-instability_sim02 RM-instability_sim03 pnas-2005-1024

QDV_Combustion01

These images depict increasing ((a) through (f)) isosurface values of temperature (isotherms) colored by values of the correlation field derived from water (H2O) and ethylene (C2H4). As temperature values increase, the predominant correlation between H2O and C2H4 along the isotherms shifts from strongly positive (red) in (a), to strongly negative (blue) in (f). This shift suggests that temperature is itself negatively correlated with the H2 O-C2 H4 correlation. Images generated by Luke Gosink using VisIt. Data provided by Marc Day and John Bell from - Center for Computational Sciences and Engineering at LBNL

Date: 02/17/09
 
 
 

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Combustion

1. IV3D_Screen... ... 14. blast_wave01 15. QDV_Combust... 16. QDV_Combust... 17. QDV_Combust... 18. RM-instabil... 19. jaguar 20. RM-instabil... ... 22. pnas-2005-1024
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