"Marco, yes, we do, but everything seems to take longer than anticipated :-(
The current estimate is to release WIP version that handles multiple materials in the first quarter of 2014 -- but only after the official release…"
Simulate Early, Simulate Often... In Rhino
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Scan&Solve
- Berkeley, CA
- United States
- Blog Posts (1)
- Discussions (12)
- Photos (12)
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- Videos (19)
Scan&Solve's Discussions
Crossbeam for a 24 ft trailerable trimaran
(Posted for Jody Culbert)I just sent the whole series of screenshots that I had sent to the client to helphim understand the dynamics…Continue
Started Oct 3, 2010
Scan&Solve's Page
Latest Activity
Scan&Solve posted a note
Energy, tension and compression visualization
Is your model in tension or in compression?
New version of Scan&Solve 2014 for Rhino WIP tells all
Watch short video now ...
The new version of Scan&Solve 2014 WIP adds two often requested visualization features:
See which portions…
Scan&Solve posted a video
Viewing Tension and Compression
This video demonstrates how the latest work in progress of Scan&Solve 2014 (WIP) for Rhino can visualize regions of principally tensile or compressive stress...
Scan&Solve posted a video
Extracting Bending Moments Using SnSScript
Recently a user asked about calculating section properties of a pre-cast concrete beam he was working on. So we modified one of our example RhinoScripts [htt...
Scan&Solve replied to Juan Esteban Ramirez A.'s discussion 'Problem installing the demo.'
"That error is usually related to a problem communicating with our license server. Please try the activation process again, making sure that you are connected to the internet.
If you are unsuccessful, run…"
Scan&Solve posted a note
Resolution Visualization in Scan&Solve 2013 WIP
Have you ever wondered how Scan&Solve allocates the finite elements? And how does one pick the right resolution? Is it high enough to give you meaningful answers? Is it low enough to give them to you fast? The new resolution grid display…
Salvatore Gerbino commented on Scan&Solve's video
Resolution Grid Display in Scan&Solve™ for Rhino
"This new feature offers a good understanding of what Scan&Solve does when discretizing the domain.
I believe that the theory behind the software can allow to adopt a not uniform discretization which better fits the geometrical characteristics of…"
Scan&Solve posted a video
Grid Display in Scan&Solve™ for Rhino
The grid display in Scan&Solve 2013 (WIP) for Rhino allows visualization of the computational grid on which the simulation is carried out. This tool can be u...
Scan&Solve posted a note
Face Editing in Scan&Solve 2013 WIP
Face Editing in Scan&Solve 2013 for Rhino WIP
Watch short video now ...
By popular demand, Scan&Solve 2013 for Rhino WIP now includes a new frequently requested feature: interactive face editing of restrained and loaded faces. Not…
Scan&Solve posted a video
Face Editing in Scan&Solve™ for Rhino
This video introduces face editing in Scan&Solve 2013 (WIP) for Rhino. This frequently requested feature allows interactive editing of the faces to which res...
Scan&Solve posted a note
Scan&Solve 2013 WIP has arrived
If you are a proud owner of Rhino 5 running on a powerful 64 bit machine, you deserve to experience the power and flexibility Scan&Solve 2013 - the latest and most powerful combination of Scan&Solve tools available yet. Numerous advanced features…
Scan&Solve posted a note
Download free Scan&Solve scripts
Enhance your simulation with Scan&Solve Scripting
Get it SnSScript now ...
Choose from ready-made scripts for convergence studies, solution querying, internal force computations, and other easy to understand examples. See step-by-step…
Vadim Shapiro commented on Scan&Solve's video
Simulation of 3D printed STL model
"These experiments did not attempt a complete simulation of what happens. But all such simulations start with linear static analysis, which is valid under the usual assumed conditions. "
Olivier Suire commented on Scan&Solve's video
Simulation of 3D printed STL model
"Scan and Solve performing only a linear analysis, I find it a bit far-fetched to give any credit to the results on such a typically non-linear problem : plastic material, large deflexions, second order effects..."
Scan&Solve posted a photo 
3D printed model under 45 degree load
This is the same model as in the video at the link below, except with the load increased 1.5 times to 3.375N -- which is a more accurate measure of the can's weight. Stresses, deflections, and danger level all increase 1.5 times, as expected.…
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