Increase Efficiency & Productivity with SOLIDWORKS PDM
SOLIDWORKS PDM was designed to help users be more efficient and more productive in their day to day work. To help achieve this goal, SOLIDWORKS PDM was created to look and work the same as any regular Windows folder. What’s extra are the features added in to enhance the user’s capabilities.
Accessing a PDM vault is as simple as clicking on the PDM folder icon. This action opens up a standard Windows Explorer window; upgraded to provide extra PDM features and capabilities. File functions, such as copy/paste and drag n’ drop work in the same familiar way as for any average Windows folder. This allows SOLIDWORKS PDM to look and feel just like the Windows environment you’re already used to. The goal? To make it easier to learn and more convenient to work with.
Happy New Year! Last year, we hosted design engineering webinars produced by GoEngineer. If your goal is to learn more and grow in your design role, check out our top 10 most viewed engineering webinars to get a jump-start on your goals!
1. SOLIDWORKS 101 – Best Practices For Creating Your First Part
Learn best practices on basic fundamentals of sketching and creating your part in SOLIDWORKS.
Every year, SOLIDWORKS releases a 200+ page document with all of the enhancements for the new release. If you’ve been to one of GoEngineer’s 20+ Launch events, we are JUST SCRATCHING THE SURFACE on all that SOLIDWORKS has to offer that’s new!
I have a favorite, what about you?
So one of my favorites? SOLIDWORKS CAM! I’m not even a machine shop kinda girl. But 2.5 axis CAM is included in EVERY SEAT OF SOLIDWORKS. CAM you believe it? (Aren’t I sooooo hilarious?)
I’m just so impressed with what this tool can do for zero added cost. Just stay on active subscription to get this feature. For turning capabilities, ask about CAM Professional.
3D printing solution makes it all possible – one step at a time
Imagine an automated way to feed your pets. Think of the time you’d save. Think of the hassles you’d eliminate. My kitties need to be feed twice daily, so I set out to make the process easier using both CAD and 3D printing.
For the manual method of food delivery to my cats, I have to measure out 1/3 cup of kitty kibbles with a measuring scoop and then deliver the food into each respective dish.
I have two cats, so I have to do this for each bowl, twice a day.
It would be easier just to turn a handle, and in a matter of seconds, deliver the proper amount of food to each kitty at the same time – at least, that’s what I hoped.
Are you a new SOLIDWORKS user and looking for best practices to get started? We’ve done the heavy lifting for you and created a series of videos to help you along the way. In the video series below, we will cover tips & tricks and best practices. You will find that this information will help reduce design time, increase efficiency and keep frustration low.
Part 1: Getting Started
In this video, you will learn the basics of SOLIDWORKS. The topics covered will include sketching, sketched features, applied features, modes, and more. Enjoy!
In Flow Simulation, a vortex is a region in the fluid domain which causes a swirl in a region where there is asymmetric drag in the flow field. The vortex itself is an expected phenomenon which itself is not problematic. When that vortex is allowed to generate across a theoretical boundary within a CFD analysis that can cause the results to deviate from reality in the immediate vicinity of the boundary or also cause the solver to fail to produce results at all. For that reason, it is important to note where this is happening in an analysis and take steps to avoid it.
How can this be fixed?
The vortex itself is generating because of the local solid geometry near the pressure boundary of a CFD setup. If the flow through the boundary is not symmetric, a low-pressure region can generate in front of the boundary allowing fluid to pass the wrong direction through the boundary as intended. The fix for this is to “build out” the model geometry. What does this mean? The solid model needs to have more real life geometry added to the setup so the flow field can be allowed to have the vortex and then transition into a unidirectional flow.
Solution 1: Add Geometry
An example of a vortex across a boundary would be directly from the first Flow Simulation tutorial in SOLIDWORKS.
(The tutorials can be found under ‘Help’, ‘SOLIDWORKS Simulation’, ‘Flow Simulation Online Tutorial’ once the Flow Simulation add-in is turned on). The ball valve, as it is setup in the tutorial, has two lids that are positioned closely to the ball of the valve. In situations where the ball valve is not set completely open the flow through the valve is forced to be asymmetric as it passes through the pressure outlet.
The asymmetric flow out the pressure boundary allows fluid to backflow through the theoretical pressure boundary and creates the vortex that is seen below. (more…)
Human beings seem helplessly attracted to moving pictures and light, the closest example being the smartphone in your pocket. But also think about television, movie theaters, and even concert light shows — all examples of our moth-like fascination with light.
Painting with Light
“Video mapping is becoming the largest part of my business,” says Tim Burnham, president of Tempest, the world’s premier manufacturer of specialist outdoor enclosures for digital projectors and conventional and moving lighting instruments. Video mapping essentially “paints” a building with video and light, usually from multiple projectors at multiple angles.
Figure 1: Tempest products in action – twelve Cyclone enclosures along the Atlantic City Boardwalk survived Hurricane Sandy without a scratch.
Stratasys recently announced a new lineup of three new FDM machines known as the F123 series. This new lineup of printers brings you new design, new components, new software and so much more. Learn how the Stratasys F123 Series makes the Rapid Prototyping process more efficient and productive for you and your team in this webinar:
Recorded Webinars – A Tool for Personal & Professional Development
It’s hard to believe 2016 has come and gone. Were you successful in completing your 2016 resolutions? I found personally, that setting obtainable goals worked best and were much more fulfilling in hindsight. Here are 3 rules I live by:
Commit to a Resolution that is obtainable – Start Small.
Tell everyone close to me for accountability purposes – Talk about it.
Don’t quit when steps aren’t achieved as quickly as intended – Never Give up!
So, now that we’ve outlined how to set a resolution and stick to it, let the learning begin! Below you will find a short list of Top GoEngineer webinars of 2016.
Sit back, Grab a cup of coffee or tea, and hit play!
For this first video, you will learn about New and Enhanced Features of SOLIDWORKS 2017 according to Sean Stone, Applications Engineer. Here Sean shares some of his favorites from this years’ launch events as well as some buried in the What’s New document.
Visuals are important to the design process, stories, social media and more. They are dominating Pinterest, that’s for sure. In this webinar, you will learn tips and tricks to the Visualize Interface and ideas for new graphical content you can bring to your company.
A singularity is a function’s divergence into infinity. Simulation occasionally produces stress (or heat flux) singularities.
How do they occur? Mathematically, the solver uses matrices to represent the elastic field (displacements of the elements). When a highly localized load is applied, the gradients of the displacement vectors begin to diverge, causing the roots of the matrices to go to infinity. For a simplified explanation, see the stress equation below. Stress goes to infinity due to force applied in a very small area.
Where do Singularities occur?
Singularities are usually seen at points, edges, or reentrant corners. Reentrant corners are interior corners, with angles pointing into the part. The high stress concentrations are usually seen near 90 degree corners, but can potentially occur for any angle less than 180 degrees.
Why don’t they occur in real life?
Think of the common case of singularities created on interior corners. In software, that corner is perfectly sharp. In real life, there will always be a slight bend. Also, the part may deform slightly, or “slip”, and allow the faces of the corner to slide against each other. The slight bend and additional friction allow for a converging stress.
“Adjust your legend’s color settings to grey out above the material’s yield point. This prevents singularities from overshadowing other important stress results!” – Joe Engineer, Know It All, GoEngineer