Build a StructureDynamic Modules inspiring Dynamic Interaction

Material Choices• The modules that I have created can work well to create an

ever changing structure, which can serve multiple functions.• Original design came out of creating a possible screening

device, but has been realized to be something greater.• The current device has evolved to be dynamic structure that

can evolve and change to fit the users needs.• Current Dilemma: What material could realize this potential?• The following slides are potential choices with pros and cons

Wood

Pros and Cons• Pros• Readily available• Relatively inexpensive• Potential could be

realized through architecture equipment• Can utilize friction

joint as connection

• Cons• Potential to break

along grain• Require finishing to

seal wood• Weight, relatively

heavy.• Bulky

Cardboard

Pros and Cons• Pros• Cheap• Readily available• Precedents for being

used as furniture• Works at small scale.• Friction joints hold

well.• Can be realized with

tools in Architecture building

• Cons• Possibly need to

layered for stability• Quality issues• Wants to fold at

corrugations• Unsure of stability at

full scale.

Acrylic

Pros and Cons• Pro• Structural stability

(used in Aquariums)• Joints can be fused

together by heating acrylic.• Readily available• Can be prototyped at

small scale without going through manufacturer.

• Expense• Possible stress failure at

joints.• Require thick sheets.• Not sure if large

modules can be attained through tools in Arch building.• Fusing joints would take

away from the changeable aspect of the structure

Plastic

Pros and Cons• Pros• Structural stability• Module can be easily

replicated through a manufacturer. • Precedents for

stability• Variety of choices in

colors for users.

• Cons• Costly• Untested with current

modules.• Material not readily

available.• Process might have to

be outsourced to manufacturer.

• Question about strength at friction joint