Many commands in Solid Edge use a 2D plane for placement of geometry in 3D When you are in a command that supports manual sketch plane locking. experience with Solid Edge, please start by working through the tutorials for basic part modeling Some portions of hte help may be delivered as PDF which requires Adobe Program Files\Solid Edge ST5\Frames\Frame Component Utility. Solid Edge ST5 for Designers introduces the reader to Solid Edge with Each chapter provides you with tutorials that are created using these commands.
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View videos, download Solid Edge tutorial files and PDF goal sheets with course overview of the Solid Edge tutorial Part Modelling - Part One - ST5 Update. Completion of the Solid Edge Tutorials delivered with the product. Lack of Mechanical Design and Lesson 1: Getting started in Solid Edge ST5. • Solid Edge. Using the fillet tool in the draw menu. Selecting the left side then the top portion of the side will automatically create the arch. We made the radius. in.
Figure 1: Drawing file before at left and after at right being updated in Solid Edge On the right, there are boxes around each view; these are alerts.
Even though the draft file is a standalone file, it notices that the views are not up to date, and so it highlights the views by putting boxes around them — without losing the detail. I can still edit this drawing file, add dimensions, and send it out for quotes without repairing the link to the part.
To update the views, I restore the linked part file association, something which in Solid Edge is done through the Revision Manager. Revision Manager is a separate program that I access by right clicking any Solid Edge file.
Figure 2 shows the Revision Manager panel in which I update file associations. This process works fine, but to me it feels clunky to leave a program, open a type of file manager, and then update a file link.
I would much prefer to update links directly within CAD program; I cannot imagine how the Solid Edge process is possibly a benefit!
But then Solid Edge tech support pointed out that this occurs only when the model file is renamed, and that the same thing happens in SolidWorks where you are prompted to browse for the file or suppress the components.
Figure 2: Revision Manager is a separate program that updates links between files After I updated the linked files, I assumed that the drawing files would immediately update as well, but they did not. When I opened the file, the boxes were still in place around the views; then I remembered the workflow the Siemens PLM guys taught me: because draft files are not dynamically linked to part files, they cannot update automatically.
As soon as I clicked Update Views, the drawing was corrected; figure 3 shows the ribbon displayed by Solid Edge for draft files. Figure 3: Update Views button in the ribbon used for draft files Even though it adds a step in the process, updating views manually is useful.
I found it nice to go back to the draft view and then watch as the changes were implemented. I can imagine a handful of situations where this would be preferred, such as tracking changes to part prints.
I found myself quickly editing and saving template files, as well as adding annotations.
For those who need ASTM-compliant prints, these are easily accessed from the ribbon and toolbar see figure 4. Figure 4: Draft view optionally shows the curves and edges in the style of patent office drawings The simple tasks of adding dimensions, annotating features, highlighting detail views, and adding BOMs were all straight forward; they took me as a SolidWorks user only a few clicks to figure out in Solid Edge. Also in figure 4 is one of the features I like best about drafts in Solid Edge.
I worked at a company that bought the software, had me scheduled for training, and then at the last minute, cancelled the training. I taught myself using the help files and by filing bug reports. There is too much to learn now to teach yourself by fumbling through the software.
The penalty for missing some valuable piece of information is just too great. Fortunately, Solid Edge has a number of nice training aids that organize the information you need to know in order to run the software efficiently.
Part Modeling Intro The Part Modeling link sends you to a pretty basic tutorial that introduces sketching, dimensions, and simple features. The specific tools are less important than the overall workflow. Going through this tutorial you learn about the interface, a little about the differences between Synchronous and Ordered workflows, and some of the ways you can use the concept of Regions, even with open loop sketches, which SW users will see as a bit of a time saver.
Similar tools exist in SW, they are just not as easy to use. This kind of step-by-step tutorial is something that beginners really need. If there is a criticism here, I do find the pace of this tutorial, even for a beginner, a bit slow.
If I were rewriting the tutorial, I would write it in two levels — a fast track that just shows you the steps needed to get to the end point, and a deeper track, that includes a lot of the explanation included in this tutorial. For more advanced topics, I might even include an expert deep dive which might for example include a topic like BREP manipulation, which will be important in Synchronous mode.
Beginners really need to see the same information several times, adding a layer of info at every pass.
None of it will sink in. Paint it on in thinner layers. Repetition of simple concepts adding something each time.