Which I have actually spent time to write up a proper reply for all different reasons of crashes. "please send us your 3d model and detail the steps blah blah blah. I think I reported over 10 crashes in the last two weeks and got fed up of the same electronic response. It certainly doesn't like the drawing to be kept open during a part edit anyway.
#Autodesk inventor 2015 sp2 update#
Inventor never manages to update the full assembly and manufacturing drawings upon the edition of the excel file, and requires you to individually refresh base components, and when you do that loses its link to the excel files which you then have to delete link and re-link. He has various complex general assemblies that are driven from excel sheets, base multibody solid parts and parameters.
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I can't remember the reason for the 3rd crash to be honest, so it might be a repeat crash of one of these.Īnother point is coming from our seriously experienced draftsman. It also crashed when I was extrude-cutting the seal splitline. After I deselected a region and selected another one, it crashed. It certainly crashed when I revolved the second feature at which I was selecting the correct profile to revolve. I repeated this process until it was finally working (after 3 crashes at various steps). And finally added chamfers and radii to all components. I created another sketch on seal face to create a single splitline and extrude-cut along the seal depth. After that I extrude-cut bolt recesses and then extrude cut bolt thru holes. Then I created a work plane for bolt flange thickness and projected recess geometry from the base sketch. I then created a new sketch on base sketch plane and projected outer edges of the clamp to extrude-cut a a splitline gap. Then revolved the clamp as a new solid at 180deg. Then I revolved the seal as a new solid 360deg. Once this base sketch completed, I revolved the tube as a new solid 180deg. Then I created two circles for my clamp bolts and their socket recesses. At this point seal interferes with the outer tube at mid length. Then I created my chamfered-rectangle seal profile as a complete loop and located inside the clamp grove and made seal edges colinear to the groove. I made a clamp profile with an outer groove as complete loop.
I made a basic rectangular tube profile that would interfere with seals.
I created a base sketch that includes all required features. I was creating a basic seal clamp that will be installed around a cable and pulled through an outer tube.
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