Hermes2020
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Concrete isn’t good under tension, so the arms and legs will need some orthopaedic plates at critical points. I designed the plates in Rhino 3D, then exported the profiles as .DWG files. These files were fed into a CNC (Computer Numerical Control) milling machine to cut the plates from 3mm aluminium sheet to an accuracy of less than 1mm. The plates have 10mm diameter holes at the correct positions for 10mm threaded stainless steel rods that will connect the concrete elements together.
The plates, along with full size printouts of the sculpture parts will be laid out on a 16mm thick MDF base sheet. Holes of 10mm diameter will hold 10mm bolts as alignment pins at the correct positions where the connecting threaded rods will be located.
The size of the base board is 1500 x 1300mm, with that extra segment at the bottom for the right foot. This photo shows the board with its battle scars from previous projects. There are a few plates ready to be positioned correctly before the 10mm reference index holes are drilled. The extra bigger holes will allow the plates to be anchored into the wet concrete.
The base board is stabilized with 40mm battens underneath that also allow space for the bolt heads.
This is a 3D "X-ray" view of all the plates and their locations.
The weird looking plates for the hands are the brackets that will support the tray.
This is how the plates will be located on the base board. The red dots are the locations of the 10mm connecting stainless steel threaded rods.
The plates, along with full size printouts of the sculpture parts will be laid out on a 16mm thick MDF base sheet. Holes of 10mm diameter will hold 10mm bolts as alignment pins at the correct positions where the connecting threaded rods will be located.
The size of the base board is 1500 x 1300mm, with that extra segment at the bottom for the right foot. This photo shows the board with its battle scars from previous projects. There are a few plates ready to be positioned correctly before the 10mm reference index holes are drilled. The extra bigger holes will allow the plates to be anchored into the wet concrete.
The base board is stabilized with 40mm battens underneath that also allow space for the bolt heads.
This is a 3D "X-ray" view of all the plates and their locations.
The weird looking plates for the hands are the brackets that will support the tray.
This is how the plates will be located on the base board. The red dots are the locations of the 10mm connecting stainless steel threaded rods.
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