algorithmic modeling for Rhino
City of Regina Stadium, Canada
34,000 Capacity
Architect: Pattern Design Architects, London
www.pattern-architects.com
1. Structural Build Up
2. Secondary Structure - Purlins
3. Polycarb Transparency
4. Lighting Strategy
5. Structural Member Index
6. Collected
7. Polycarb Orientation + Seal
8. Maintenance Gantries
9. Gutter
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Albums: Regina Stadium, CA
Location: Regina, CA
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In the realm of roof development, meticulous planning extends beyond shingles and pitches. A crucial aspect often overlooked is gutter installation. Effective drainage is the unsung hero, safeguarding structures from water damage. Whether it's a residential haven or a commercial hub, meticulous gutter installation ensures resilience against the elements. Paying attention to this detail transforms roofs into robust shields, preserving interiors from potential harm.
thanks for the answers.
Tuan, Geometry gym was used to assign structural properties to the roof members and exporting it to the analysis software 'Autodesk Robot'. It vastly sped up the process of moving from gh to robot, and therefore allowed many more iterations of optimisation.
But to be clear, the optimisation process itself was manual, making tweaks to the shape of the roof, the shape of the dripline, the depth at front and back edge, the number, location and size of the cells. All were controlled in gh.
The cells get larger and thinner towards the leading edge of the roof, primarily this was aesthetic design decision. But there was no particular rationalisation that i can recall in relation to cells. There was alot of rationalisation from concept stage through to scheme. i.e every single structural node would have three connecting members (like a voronoi diagram).
Thanks!
beautiful. a couple of questions:
1) you mentioned geometrygym, was it also used for optimization?
2) related to optimization, are the size of the cells "rationalized" in some way?
Thanks.
Very good job...
The gutter is essentially steel plate, no concrete in the roof.
Its form is determined by waterflow analysis over the roof. At either end at its maximum capacity it needs to funnel upto 2500 l/s. Its big enough to be used as a water slide...
Ok. Thanks.
Was gutter made from armored concrete?
Thanks man, I need to write up a proper description of the design development, but roof, bowl, seating and facade were all developed primarily in rhino/gh. With structural analysis in Autodesk Robot (through geometrygym), and Revit for general drawings, co-ordination and costing.
Very nice Nick.
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