Difference between revisions of "Progress reports"
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| + | 1.) Movies showing deflections as a function of applying the max load and then releasing it. The two movies below show the two endplate deflections with no rods for either 1 fixed or 2 fixed mount points. | ||
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A max deflection of 22 microns is predicted from our current ANSYS model. Only the left hinge is constrained. | A max deflection of 22 microns is predicted from our current ANSYS model. Only the left hinge is constrained. | ||
Revision as of 19:46, 14 March 2008
R3 design Progress report
3/11/08
Progress modeling the R3 drift chamber has been held back by both software and hardware problems. This past week we installed ANSYS on a faster computer ( 2 GHz Intel with 3Meg RAM) and were able to render the design in 30 minutes instead of 2 hours. The turnaround for debugging the geometrical design is now faster and ANSY does not currently crash. We plan on doing the same test using a new computer (2 GHz Intel with 8 Meg RAM) once it has been assembled (2 weeks or less).
The image below represent the current Model which has been implemented in ANSYS.
3/18/08
1.) Movies showing deflections as a function of applying the max load and then releasing it. The two movies below show the two endplate deflections with no rods for either 1 fixed or 2 fixed mount points.
A max deflection of 22 microns is predicted from our current ANSYS model. Only the left hinge is constrained.
