From the course: SOLIDWORKS: Designing a Stirling Engine
Unlock the full course today
Join today to access over 22,600 courses taught by industry experts or purchase this course individually.
Create the piston rod - SOLIDWORKS Tutorial
From the course: SOLIDWORKS: Designing a Stirling Engine
Create the piston rod
- [Illustrator] We're now getting through the heater section parts really well, and there's only a few left and the next one is the piston rod. So start a new part. And this is probably one of the simplest parts in the model, but it's very important because it connects the piston with the flywheel. Start a sketch on the front plane and just draw a circle at the origin. That's six millimeters diameter. And then do a mid plane extrude, 17 millimeters. Rename that feature as rod. And this is essentially the full model. It's basically just a simple rod. We're going to add threads on both ends, but often when you're modeling in SolidWorks, we don't actually model the threads in whether it's a threaded hole or a rod. Often we just put a note on the part that the threads will be cut during the physical production. But just for a bit of completeness, we're going to model them in. 'Cause it's actually quite easy to do in…
Practice while you learn with exercise files
Download the files the instructor uses to teach the course. Follow along and learn by watching, listening and practicing.
Contents
-
-
-
-
-
-
(Locked)
Create the heater bracket block4m 38s
-
(Locked)
Create the heater bracket cover4m 9s
-
(Locked)
Create the heater cylinder4m 58s
-
(Locked)
Create the inner piston3m 12s
-
(Locked)
Create the piston cap2m 42s
-
(Locked)
Create the piston rod3m 13s
-
(Locked)
Create the rod connector4m 20s
-
(Locked)
Create the linkage2m 12s
-
(Locked)
-
-
-
-
-