Design Developement Stage 5: Taking advantage of the voronoi geometry planned the internal circulation by connecting volumetric centers of different activity areas (delunary triangulation), and then integrated the interior and exterior circulation using the voronoi centers.
service access
y
access point / imp view
direct access / imporant view
PC 22.3m
Stage 1: Identified the best access to the site
service access cafetaria
y
multipurpose space discussions / presentations
extended cafetaria sitting / discussions
access porch PC 22.3m
stage 7: Added more volumetric centers to generate more voronoi partitions to stabilize structure. These voronoi frames will stiffen the
Stage 2: On site zoning on the basis of area requirements and availability of services on site
service access cafetaria
y
multipurpose space discussions / presentations
extended cafetaria sitting / discussions
access porch PC 22.3m
Stage 3: Added points on center of each required volume considering the required variation in height and
cafetaria multipurpose space discussions / presentations
stage 6: eliminated the volumes which are not required to serve any function
extended cafetaria sitting / discussions
access porch access porch PC 22.3m
Stage 4: developed voronoi poly-surfaces with the algorithm plug-in in Rhinoceros 4
cafeteria presentation/ lecture cafeteria/ sitting
stage 8: retained the structural frame as an expression of the structural system and also to act as redundant s t r u c t u r a l members
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growth & form: An investigation of possible variations in the design process with the help of Computers, Linking Bio mimicry with Algorithmic design
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