Well, It’s been three years at Rejent (plus a week). Since I haven’t updated in a while I figured I’d go through some of my Solidworks files and post a few of the things I’ve worked on during my time here. After looking through the files I am quite amazed at how freakin’ many parts I’ve worked on over the time I’ve been here. Hundreds of different things!
Anyways, here are some pics of a few things I’ve worked on during my time here, albeit a very limited selection of them.
That was just a few of them that I randomly found, nothing too crazy since some of I couldn’t really show. Well, let’s see what the next few years brings.
I was a little bored today so I decided to draw a valve. While the dimensions are entirely drawn from my head and the valve itself wouldn’t be very efficient, I like the look of gas compressor valves. It took me a couple of hours to draw but they look OK.
I didn’t tag them or describe them. There is a seat, a guard and a valve plate. I omitted the dowel pin, bolt, center nub and lock nut. I just wanted to see what it looked like in solids. 🙂
Now that It’s coming up on two years at the place I work, I was looking through some of the drawings. I figured it’d be fun to post some of them. I’ll simply place a gallery here, click the images to see a more detailed description
Note that these aren’t all of my drawings, but a decent selection of them.
So now I have to find some way of measuring the torque applied between the two shafts of the viscometer. Here’s my idea.
What you can’t see is that I plan to manufacture it out of plastic, that way the strain gage experiences the most out of the deflection of the part. I’ll use a flexible polyurethane bonding agent for the strain gages, allowing the forces of the strain to work without breaking the bond.
Here’s a through model view:
Of course, it only took me a few minute to make this model but it helped me see if what I was doing would work, I also used FEA to see if the forces would be transmitted where I wanted them. The FEA results were promising, nice even strain along the gage surfaces. (Those gauge surfaces are seen in light blue). You can see though that the hole through the side relieves some strain on the strain area, though, this shouldn’t be an issue.
Here’s an image of the stress as calculated by Cosmos
Well, hopefully this will work. First I need to get the strain gages to provide reliable results. By using two of them, temperature concerns should no longer be an issue and should help mitigate innacuracies. I’ll post pictures of the finished part, though I don’t think I’ll do it on the NC, I’ll just do it manually, it may look like ass 😉