Ice Accretion in Freezing Rain
HOURLY WEATHER DATA
ICE ACCRETION SHAPE
Figure 2. Freezing rain ice accretion shapes
Figure 2. Continued - CR96_020012
HEAT BALANCE IN FREEZING RAIN
Convective cooling
Figure 4. Nusselt numbers for forced convection over rough and smooth cylinders as a function of Reynolds number
Evaporative cooling
Convective and evaporative cooling in no wind
Resistive heating
ICICLES
SIMPLE FLUX MODEL
COLLISION EFFICIENCY
SAMPLE RESULTS
DISCUSSION - CR96_020023
Figure 8. Time series of the weather conditions and hindcast ice accretions or the ice storm of 7-8 March 1990 at the Des Moines airport
LITERATURE CITED - CR96_020025
LITERATURE CITED-continue - CR96_020026
APPENDIX A: COMPARISON OF EVAPORATIVE HEAT FLUX FORMULATIONS
APPENDIX A: COMPARISON OF EVAPORATIVE HEAT FLUX FORMULATIONS-continue
APPENDIX B: SKY DIFFUSE SOLAR RADIATION FLUX TO A HORIZONTAL CYLINDER
Report Documentation Page - CR96_020030
CR96_02
HOURLY WEATHER DATA
ICE ACCRETION SHAPE
Figure 2. Freezing rain ice accretion shapes
Figure 2. Continued - CR96_020012
HEAT BALANCE IN FREEZING RAIN
Convective cooling
Figure 4. Nusselt numbers for forced convection over rough and smooth cylinders as a function of Reynolds number
Evaporative cooling
Convective and evaporative cooling in no wind
Resistive heating
ICICLES
SIMPLE FLUX MODEL
COLLISION EFFICIENCY
SAMPLE RESULTS
DISCUSSION - CR96_020023
Figure 8. Time series of the weather conditions and hindcast ice accretions or the ice storm of 7-8 March 1990 at the Des Moines airport
LITERATURE CITED - CR96_020025
LITERATURE CITED-continue - CR96_020026
APPENDIX A: COMPARISON OF EVAPORATIVE HEAT FLUX FORMULATIONS
APPENDIX A: COMPARISON OF EVAPORATIVE HEAT FLUX FORMULATIONS-continue
APPENDIX B: SKY DIFFUSE SOLAR RADIATION FLUX TO A HORIZONTAL CYLINDER
Report Documentation Page - CR96_020030
CR96_02
