This is the fourth in a series of articles focused on troubleshooting and healing topological errors from geometry imported in SolidWorks.
After we demonstrated the power of the Import Diagnostics tool for healing topological errors in imported geometry, today we will consider a completely different case study; a sheet metal part that, when imported, will generate topological errors wherever faces are superimposed on each other. This type of error can be revealed by the Import Diagnostics tool, but cannot be healed automatically.
In order to solve the topological problems and convert the imported geometry into a SolidWorks Sheet Metal part, we will use various techniques you can learn in the Surface Modeling and Sheet Metal courses, including:
convert a surface body into a solid body
convert a solid body to sheet metal
find the minimum radius of curvature of given face
delete and patch faces
Enjoy the video:
Note: The model shown in the video has been posted on the SolidWorks Forum by Mukesh Prasad.
In the spirit of Halloween which is a couple of weeks away, I am going to show you a couple of surface modeling tools that can be used to create a Jack-O-Lantern. In this article, I am going to use Revolved Surface, Split Lines, Deform and Thicken features.
Today let’s consider the situation where you need to fill the external cavities from the Mr. Smiley model with discrete solid bodies in order to 3D print the end result with a bi-material printer from the Objet Connex family.
This video proposes two different solutions for this challenge. Can you think of more?
People ask me all the time what areas of SolidWorks to study in order to do their job effectively. Part modeling? Mold Design? Surfacing? Assemblies?
The short answer is ALL of THEM! The main difference between an user who is familiar with just a few areas inside SolidWorks, versus one who is comfortable with using almost anything available in the software, is the versatility of the second. He or she would be able to combine various workflows from all these topics and create powerful and unorthodox new techniques that can achieve the desired intent much faster.
In this video, I will show you an example where using various techniques from multibody part modeling, surface modeling and mold tools save a lot of time, while achieving the design intent.
Note: Many thanks to Peter Parker for the fan model and for all the questions.
You are a tool and die designer and your customer has just sent you an IGES file containing a solid with a complex face which has to be used as reference for your embossing die. In order to create your punch and die inserts, you need to isolate that surface and extend it. If you can do that, you will take the job, if not - you have to refuse it. Read More »
Alin Vargatu, a distinguished AE for Javelin, asked me to write a guest blogger article for Javelin’s blog. I’ve seen some of Alin’s very helpful comments to complex users questions in the SolidWorks Forum, and I’ve come to know him as one of the good guys when it comes to reseller technical folks. I’m a bit flattered to have a reseller ask me to contribute to their blog, especially one of the stature of Javelin.
Alin suggested a surfacing topic most relevant to the biggest number of SolidWorks users out there: How do you convince surfacing skeptics about the benefits that SolidWorks surfacing could bring to them?
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