Thanks to: Derek & Dino Iampieri, DVI Home Services, LLC. Jesse Eliassen, JAE Concordat, LLC. Air Rescue, Tampa CJS Electric Services, Tampa David Slaman, West Coast Air, Inc.
Below: Checking the ability to get a big enough crane onto the site & reach the required location to set the farthest panel.
Below: The stacking order of the panels to facilitate setting in the correct sequence.
Below: Cam drawings generated from the parametric model of the roof system. Used to generate codes to cut out the parts for fabrication.
Below: the next set of images analyses the stress & deflection of a single cell of the roof grid system while accounting for the heat distortion of the face sheets during welding.
Below: the next set of images analyses the stress & deflection due to the thermal differential between the inside face and outside face of the stressed skin panel system. Considers the thermal expansion of the steel based on a hottest day condition with Interior air conditioned to coolest comfort level. Space Gass (structural analysis program), & Ladybug/Honeybee with Grasshopper inside of Rhino3d for thermal heat transfer analysis.
Below: Structural analysis of roof system for wind, dead loads & live loads. Check Stress levels & deflection relative to allowable.
Below: Design of the reinforcement plates for the loft hangers in the waffle grid system.
Below: Parametric design of the stressed skin waffle grid system using Grasshopper3d in Rhino.
