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TWINSYS · STRUCTURE & STRENGTH

Shell Topology Optimisation

Topology optimisation of plate and sheet structures: shows where ribs and cut-outs belong for the stiffest shell at a given mass.

Product pages are in English.

Shell Topology Optimisation in Twinsys — screenshot of the running app
Screenshot of the running app.

Highlights

A question it answers

Where should the ribs and lightening holes go in this cover plate, or in this box girder web?

What you put in

One of four presets (flat cantilever panel, bolted cover plate, box girder web with two load cases and passive flanges, L-bracket panel) or an imported STEP shell; element size; region roles marked design, passive solid or void; supports and loads assigned by picking faces; volume fraction; filter radius, with a switch for measuring that radius along the shell rather than through space; penalty and projection settings; and a material picked from the shared library at a stated temperature.

What you get

Material presence field on the mesh with a colour bar; displacement field (smooth, nodal) and von Mises stress field (flat, per element) with a deformed-shape toggle; two convergence charts; and a report with grey fraction, connected islands, floating islands, hinge count, void energy fraction, mesh quality including worst interior angle, load-case spread, and solver diagnostics.

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