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Scan&Solve™ Downloadable Examples
The example models below demonstrate various capabilities of Scan&Solve. Each model has material, restraints, and loads already specified, but these may be modified as desired. To download a model, click on the corresponding thumbnail below. After opening in Rhino, type the SnS command, and click [Go!] to compute analysis results.
Contributions
Please contribute to this gallery of examples. To submit your Scan&Solve™ model, please send the .3dm file, as well description, tags, and credits to info@intact-solutions.com.
| Model | Description/Tags |
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This bandsaw wheel demonstrates application of torque, vector force, and body loads. Tags: torque, body load Domain: mechanical Credits: Intact Solutions, LLC |
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This analysis of a precision straight edge design demonstrates partial restraints and gravity loading. The model is supported at the ends with partial restraints that mimic restraint of an edge. Tags: gravity, body load, partial restraints Domain: mechanical Credits: Intact Solutions, LLC |
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This torque sensor demonstrates analysis using torque loads. Tags: torque, torsion Domain: mechanical Credits: Intact Solutions, LLC |
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A Bliw soap bottle under pressure applied to the top surface. Tags: pressure load, T-splines, small features, acrylic Domain: consumer Credits: Björn Syse (www.syse.se) |
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A hitch being pulled by a horizontal load. Tags: directional load, vector force Domain: mechanical Credits: University of Wisconsin-Madison |
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This bent steel rod demonstrates application of vector force. Tags: directional load, vector force, steel Domain: mechanical Credits: University of Wisconsin-Madison |
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Sketchup model of Arc de Triomphe imported into Rhino for stress analysis under gravity. Tags: gravity load, monument Domain: cultural heritage Credits: Mason Thrall and University of Wisconsin-Madison |
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Aluminum stool under surface load. Tags: furniture, stool, seat, aluminum Domain: consumer Credits: University of Wisconsin-Madison |
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This does not appear to be a good method of mounting a urinal that is made from concrete. Tags: concrete, gravity, partial restraint Domain: consumer Credits: Rhino model by Zlatko Kozina, analysis by University of Wisconsin-Madison |
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This acrylic bench is stronger than it looks. One side is fixed and one side can slide horizontally. Tags: acrylic, partial restraint, weight Domain: consumer Credits: University of Wisconsin-Madison |
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Bronze sculpture under its own weight Tags: Bronze, gravity, weight Domain: Art Credits: University of Wisconsin-Madison |
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Marble sculpture under its own weight (31MB file) Tags: Marble, gravity, weight Domain: Art Credits: Rhino model imported and simplified from AIM@SHAPE Repository, analysis by University of Wisconsin-Madison |
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Aluminum cantilever beam under vertical load Tags: Cantilever, aluminum, shear, I-beam Domain: Building Credits: University of Wisconsin-Madison |
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Magnesium alloy wheel under pressure and rotational loads. Is it really axi-symmetric? (31MB file) Tags: Rotational load, magnesium, centifugal Domain: Mechanical, automotive Credits: Rhino model imported from www.wirecase.com, analysis by University of Wisconsin-Madison |
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The steel box-end wrench in action. Try changing the restraints. Tags: Wrench, steel Domain: Mechanical Credits: Posted by Ito Toyo on www.archibase.net, analysis by University of Wisconsin-Madison |
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Stresses and deformations in the endmill bit under rotational and cutting loads. Tags: Rotational, endmill, multiple loads Domain: Mechanical, manufacturing Credits: Solidworks model imported from http://www.3dcontentcentral.com, analysis by University of Wisconsin-Madison |
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Simulation of aluminum hook screwed to the wall under vertical load. Good example of how to use directional restraints. (25MB file) Tags: Hook, multiple restraints, directional restraints, aluminunm Domain: consumer Credits: Mesh model imported from http://www.archibase.net, analysis by University of Wisconsin-Madison |