This is an upgrade to the thermal contraction analysis sound in D0 Engineering Note: 3823.115-EN-426. In this new design, a portion of the transfer lines are consolidated into one 6-inch vacuum jacket. Since all four transfer lines follow the same path and are of equal lengths, the stress analysis is performed on only one transfer line using the design system ALGOR{reg_sign}. The GHe Cooldown Supply line is analyzed for combined pressure, thermal movement, and dead weight and all the stresses were below the allowable stress limit of 25,050 psi
After a cryogenic liquid has been liquefied and purified to the desired level it should then be put ...
The raw calculations are attached as Appendix A. The calculations provide the analysis of the heat t...
The transfer line for the solenoid currently has a dead branch on it. Issues regarding the solenoid ...
The cryogenic lines GHE and LN2 contain two lines each, one for supply and the other for return. The...
The stresses developed in the solenoid and VLPC transfer lines have been investigated with the PipeP...
This engineering note documents the thermal contraction analysis that was done for the D-Zero soleno...
This engineering note documents a communication link between the D0 cryo/gas control system and the ...
The south end cap calorimeter (ECS) will need to be moved off of the detector platform to allow for ...
This engineering note documents the proposed cryogenic line routing from the liquid helium (LHe) ref...
This engineering note documents the calculations done to properly size the liquid/gas nitrogen pipin...
This engineering note documents calculations done to determine the margin of safety for the lower cl...
The test objectives are: (1) Make liquid helium and measure refrigerator capacity; (2) Measure liqui...
Fermi National Accelerator Laboratory (Fermilab) is in the process of upgrading its detectors. Among...
The cooling system design is not complete. This paper lays out the general design and some of the de...
An extension for cryogenic systems to the AirCondi-tioning Library by Modelon was used to analyze th...
After a cryogenic liquid has been liquefied and purified to the desired level it should then be put ...
The raw calculations are attached as Appendix A. The calculations provide the analysis of the heat t...
The transfer line for the solenoid currently has a dead branch on it. Issues regarding the solenoid ...
The cryogenic lines GHE and LN2 contain two lines each, one for supply and the other for return. The...
The stresses developed in the solenoid and VLPC transfer lines have been investigated with the PipeP...
This engineering note documents the thermal contraction analysis that was done for the D-Zero soleno...
This engineering note documents a communication link between the D0 cryo/gas control system and the ...
The south end cap calorimeter (ECS) will need to be moved off of the detector platform to allow for ...
This engineering note documents the proposed cryogenic line routing from the liquid helium (LHe) ref...
This engineering note documents the calculations done to properly size the liquid/gas nitrogen pipin...
This engineering note documents calculations done to determine the margin of safety for the lower cl...
The test objectives are: (1) Make liquid helium and measure refrigerator capacity; (2) Measure liqui...
Fermi National Accelerator Laboratory (Fermilab) is in the process of upgrading its detectors. Among...
The cooling system design is not complete. This paper lays out the general design and some of the de...
An extension for cryogenic systems to the AirCondi-tioning Library by Modelon was used to analyze th...
After a cryogenic liquid has been liquefied and purified to the desired level it should then be put ...
The raw calculations are attached as Appendix A. The calculations provide the analysis of the heat t...
The transfer line for the solenoid currently has a dead branch on it. Issues regarding the solenoid ...