This document describes the model-driven digital fabrication process used to design and construct a complex elliptical stair feature at the Seagram Building in New York City. Key points:
- A parametric 3D model was used from concept through fabrication to enable simultaneous production of custom parts off-site, minimize on-site work, and reduce the tight construction timeline.
- The model incorporated design, engineering, fabrication drawings, logistics planning, and installation instructions to enable production of prefabricated assemblies.
- Off-site fabrication of steel, Corian, and other materials allowed construction of the stair sections in less than a week on-site through the use of custom jigs and perfectly fitting prefabricated components
14. OUR SOLIDWORKS MODELS CAN BE RAPIDLY UPDATED AND VARIOUS
CONFIGURATIONS TESTED WITH FULL PARAMETRIC CONTROL
Ie. MAKE CHANGES TO THE THICKNESS OF A GIVEN MATERIAL AND THE MODEL WILL
RESPOND TO ALTER AFFECTED ASSEMBLIES AND COMPONENTS.
15. WE DESIGN MULTI-MATERIAL ASSEMBLIES FOR FASTER AND MORE
ACCURATE INSTALLATION- A PRECISE KIT OF PARTS
16. INTEGRATED POUR
STOP ASSEMBLY
-COMPLETE GLASS SHOE
-ALL STRUCTURE REQD TO
CONNECT TO BASE BUILDING
-INSTALLED TO EXACT CEILING
HEIGHT FOR APPROPRIATE
REVEALS AND OTHER ARCH
DETAILS
17. -THIS INTEGRATED POURSTOP
ASSEMBLY COMBINES THE
WORK OF 5 TRADES IN ONE
PRE-FABRICATED PART
-WHAT COULD TAKE WEEKS TO
INSTALL USING TYPICAL
METHODS, TAKES A COUPLE
DAYS TO INSTALL
MONTHS BECOME WEEKS, WEEKS
BECOME DAYS
19. PHASE 2
MASTER MODEL
THE MODEL CONTAINS:
CUT FILES
BILL OF MATERIALS
WEIGHT OF MATERIALS
LOGISTICS AND SHIPPING INFORMATION
COST CALCULATIONS
DESIGN DOCUMENTS
FABRICATION DRAWINGS FOR OUTSIDE TRADES
ASSEMBLY DRAWINGS
JIG AND FIXTURE SYSTEMS FOR FABRICATION
INFORMATION FOR COORDINATION WITH CLIENT
ETC.
THIS IS TRUE PARAMETRIC BIM.