Kategorier: Alle - models - materials - design - construction

af Lancelot Coar 3 år siden

164

Dissertation Map A

The exploration of various construction and design methodologies for physical models is a crucial aspect of contemporary architectural research. This involves the comparison of techniques using both cabled and non-cabled systems, particularly focusing on models like the Vault and Ice Bloom.

Dissertation Map A

Research Projects

Fabric Formed Shells

Bending Active Frame formed
(Structural)

Vault Shell

(non structural)

Cocoon - 'curtain wall' system

Cable formed
Freestanding

Curtain Wall

Materials used for the creation of shells
Justification of ice as material analogue and construction experimentation for shell construction
Past precedents / future opportunities

BA Gridshells

Reinforcing
Post-tensioned gridshell

1:1 assembly & test

Post-tensioned spline

Digital test

1:1 tests

1:10 tests

design

precedent

Construction methods
Evolution of method

Modular

Cocoon (modular)

Vault Shell (scaffold)

Ice Bloom (quartered)

On the Road (flat to raised)

Design
PSL

History of PSL in structural design in natural and human made structures

Diagrid

Advantages/disadvantages

advantages for the creation of structural shells

Tests to run on 1:5 physical Model

Cables vs. non-cabled

Quadrangle vs. PSL

Rigid Shell (plaster)
Bending Active Frame
Ice Bloom model
Vault model

BA FF System

Conclusion

Discoveries found
...
Projected opportunities
Challenges of system
Benefits of system

PROJECTS

1:5 Model
Load Test
Vault Test
Load Teset
post-tensioned cable system
Model scale tests
Full scale tests
Ice Bloom
rebuild and load test
failure - lessons learned
Constdruction
Exploration of PSL
Design process
Fabrigami
Form generation (folding vs. gravity formed origami)
Force Flow through panel assembly
Cables
Cocoon
elastic member strain guage testing
strategies for strengthening
application of ice testing
Erection sequence
deisgn process

Research Subjects

Construction Methods
Importance of physical modeling at a range of scales, each with specific purpose
translation from digital to physical (pre-assembly)
Erection sequences
Introduction of building tolerances
planning for failure / adjustments / mistakes
working with forces through material behaviour in real-time (usefulness of working with expressive materials)
Digital modeling
Techniques

PSL generation

accuracy and challenges

Form finding for BA frames

Principal Stress Lines
Performance of undulating shells vs. smooth shells
If PSL is proposed to be better than quadrangle grids then needs to be proven (with plaster shells loaded?)

Literature review proving this point (S. Adrianssens, 2.5 D MIT, etc...)

Current research and opportunties
Use in construction in past
Brief history of subject
Ice
Bending Active Frames
topologies used
Fabric Formwork
recent research and opportunities
construction methods used
Mechanical properties and usefulness in this reesarch
Use in shell construction
Brief history of use in construction