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What and Who
Title:Geometry rationalization for freeform architecture
Speaker:Caigui Jiang
coming from:King Abdullah University of Science & Technology
Speakers Bio:
Event Type:AG4 Talk
Visibility:D1, D2, D3, D4, D5, RG1, SWS, MMCI
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Level:MPI Audience
Language:English
Date, Time and Location
Date:Tuesday, 22 March 2016
Time:13:00
Duration:60 Minutes
Location:Saarbrücken
Building:E1 4
Room:019
Abstract
The continuous emergence of large-scale freeform architectures brings crucial challenges to the design and manufacture of such structures because of their complex geometries. Accordingly, geometric rationalization with the goal of efficient fabrication becomes a core research topic of architectural geometry. We explore the geometric rationalization for freeform architecture by some particular structures and surfaces achieved with the help of optimization algorithms and their underlying geometry insights. (1) Shading and lighting systems are torsion-free structures with planar beams based on quad meshes. They satisfy certain functionality requirements such as preventing light from going inside a building as shading systems or reflecting light into a building as lighting systems. (2) Freeform honeycomb structures are constructed based on hex-dominant meshes with a planar beam mounted along each edge and beams intersect without torsion at each node with same angles between any two neighbors. (3) Polyhedral patterns covering freeform surfaces only with planar faces are specified to fulfill certain aesthetics requirements. (4) Space frame structures consist of two types of components: nodes and struts. Rationalization of node and strut structures aims at minimizing production cost and ensuring stability as a functional constraint.
Contact
Name(s):Renjie Chen
EMail:--email address not disclosed on the web
Video Broadcast
Video Broadcast:NoTo Location:
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Created by:Renjie Chen, 03/19/2016 12:21 AMLast modified by:Uwe Brahm/MPII/DE, 11/24/2016 04:13 PM
  • Renjie Chen, 03/19/2016 12:24 AM
  • Renjie Chen, 03/19/2016 12:21 AM -- Created document.