Trimech-Main-Site-Group-Navigation Solid-Solutions-Group-Navigation Javelin-Group-Navigation Trimech-Enterprise-Solutions-Group-Navigation Trimech-Advanced-Manufacturing-Group-Navigation Trimech-Staffing-Solutions-Group-Navigation Solid-Print-Group-Navigation 3DPRINTUK-Group-Navigation 3DVERKSTAN-Group-Navigation Macdac-Site-Group-Navigation GRM-Consulting-Group-Navigation Solid-People-Group-Navigation
The TriMech Group offers a comprehensive portfolio of engineering and design software, hardware, professional services, and support, to clients accross the globe. Use the links above to visit the group's websites and learn more.
x
Search

Stress Values in Specific Places - Sensors

Thursday July 31, 2014 at 4:10pm
An easy way to monitor stress values in critical areas of your model.

I was asked this just yesterday - "How can we get stress values for specific locations of our model?"
- Or words to that effect!

You may know that if you have run a stress analysis in SOLIDWORKS Simulation, there is a "probe" that you can use to interrogate the model by clicking it on screen.
Personally, I've always thought this is a bit vague, and if you run more than one analysis it can be hard to "probe" exactly the same spot twice.

One easy answer (that I will be using myself from now on!) is to set up "Sensors" on your model in key areas.
At the top of the Design Tree there is a Sensors folder - if you right-click on that you get the option to "Add Sensor" - there are various things that they can monitor, in this case I set the Sensor Type to Simulation Data.
In the next box down (Data Quantity) there are various things - normally I would tend to use Factor of Safety - as I find that the easiest to understand (if your Factor of Safety comes out below 1, then your part has been permanently deformed, so make it stronger!).

In this case I used "Stress" and then "1st Principal Stress."

SOLIDWORKS Stress Values in Location 1
 

As you can see, in the Properties panel I selected the option "Max over Selected Entities" and picked the lower fillet on screen.

But what if you want to find the stress at a specific point?
Well, if you have a vertex on your model you could use that - although sharp corners are not great for stress analysis - or in real life either!

So how to do it?

Well, you can create a Reference Geometry point - which is what I did here: -

 
SOLIDWORKS Stress Values in Location 2 

There are various options as to where you can create Reference Points - I put mine in the centre of the cylindrical shaft where the top fillet meets it.

I then added a sensor to monitor the stress there.

One important thing to do is re-name your sensors! You'll find them by expanding that Sensors folder on your design tree.

With these two sensors set up, I ran the simulation study and - bingo!

They display the stress values right there at the top of the design tree! 
I think I'll be using these quite a bit myself...

SOLIDWORKS Stress Values Sensor Results

I hope that helps you to avoid stressful situations...

Rory Niles
SOLIDWORKS Instructor.

Related Blog Posts

Easter Egg-citing Innovations: Unwrapping Core Fun
SOLIDWORKS SHEET METAL TOOLS CAN DESIGN PRODUCT PACKAGINGAn egg of such grandeur deserves a luxury home.SOLIDWORKS Sheet Metal tools can be applied to a cardboard medium to produce intricate and functional packaging designs.Employing multibody part d....
Reduce Your Time to Market with these 5 Reasons to
As you look to reduce your time to market, SOLIDWORKS PDM frees up your resources by keeping processes ticking over in the background. Let’s break it down.
Top 5 Ways to Boost Performance for SOLIDWORKS 202
What are the best graphics cards settings for SOLIDWORKS? We’ll discuss how to improve performance and which cards you should buy in this article.

 Solid Solutions | Trimech Group

MENU
Top