cs structural/emag modeling
DESCRIPTION
CS Structural/Emag Modeling. TF Flag. G10. SS spacer. BV washers. G10. OH Coil. No currents, Cold TF, Cold OH. Bellville stack, 18 mm preload and 2.5e7 N/m spring constant. Hot TF, Cold OH. Hot OH, Cold TF, No EM Load. Hot OH, Cold TF, OH Self EM Load. - PowerPoint PPT PresentationTRANSCRIPT
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CS Structural/Emag Modeling
SS spacer
G10
BV washers
G10
OH Coil
TF Flag
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No currents, Cold TF, Cold OH
Bellville stack, 18 mm preload and 2.5e7 N/m spring constant
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Hot TF, Cold OH
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Hot OH, Cold TF, No EM Load
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Hot OH, Cold TF, OH Self EM Load
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Hot OH, Cold TF, OH Self Load + PF Launch Load
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Hot TF, Cold OH, OH Self Load + PF Launch Load
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Hot TF, Hot OH, OH Self Load + PF Launch Load
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TFTemp.
OHTemp. TF Current OH Current
LaunchForce Peak OH Stress Peak TF Stress
Peak Displacement
OHLifted? Case # Notes
COLD COLD OFF OFF OFF 7-14 MPA 7-14 MPA 0.6 mm TF NO 00000 Bellville staff force onlyHOT COLD ON OFF OFF 102-115 MPA 38-51 MPA 8.8 mm TF NO 10100 TF grows pushing OH laterallyCOLD HOT OFF OFF OFF 10-19 MPA 19-29 MPA 4.6 mm OH NO 01000
COLD HOT OFF ON OFF 125-140 MPA 16-31 MPA 1.6 mm OH NO 01010
TF was off and OH currentwas turned on with hoop stress only
COLD HOT OFF ON ON 123-138 MPA 16-31 MPA 1.9 mm OH NO 01011
TF was off and OH currentwas turned on with hoop stressand launch force.
HOT COLD ON ON ON 117-132 MPA 15-29 MPA 8.2 mm TF NO 10111Just in case, OH gettingcurrent before heating up
HOT HOT ON ON ON 110-134 MPA 15-19 MPA 8.3 mm NO 11111
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• Currently selecting Bellville washer for the required size and stiffness parameters.
• Working on a realistic and numerically stable friction model for the interface of Hot-TF & Cold-OH to calculate shear. (In response to chit item)
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