KINETIC KIRIGAMI BRIDGE
2
1. NANO-KIRIGAMI TECHNIQUE MANIPULATES LIGHT AT THE MIT 2. DISK KIRIGAMI DIAGRAM WITH CUTTING PATTERN NODE LENGTH RING WIDTH CUTTING WIDTH INNER CIRCLE RADIUS OUTER CIRCLE RADIUS 3. KINETIC KIRIGAMI BRIDGE PROPOSAL PAPER MODEL-NON-DEPLOYED STATE 4. STATES OF KINETIC DEPLOYMENT A. NON DEPLOYED POSITION B. MID-DEPLOYED POSITION C. FULLY DEPLOYED POSITION SHOWING ACCESS RAMPS 5. KINETIC KIRIGAMI BRIDGE PROPOSALFULLY DEPLOYED STATE 6. DEPLOYED RAMP 3D VIEW KINETIC KIRIGAMI BRIDGE A. DEPLOYED RAMPS B. DROPPING RAMPS C. RAMPS and PARK DECK
Transcript of KINETIC KIRIGAMI BRIDGE
mar
k she
pher
d
cadc
oach
ing.co
.uk
mar
k she
pher
d
mar
k she
pher
d
www.
cadc
oach
ing.co
.uk
mar
k she
pher
d
mar
k she
pher
d
cadc
oach
ing.co
.uk
1. NANO-KIRIGAMI TECHNIQUEMANIPULATES LIGHT AT THE MIT
2. DISK KIRIGAMI DIAGRAMWITH CUTTING PATTERN
NODE LENGTHRING WIDTH
CUTTING WIDTH
INNER CIRCLE RADIUS
OUTER CIRCLE RADIUS
3. KINETIC KIRIGAMI BRIDGE PROPOSALPAPER MODEL-NON-DEPLOYED STATE
4. STATES OF KINETIC DEPLOYMENTA. NON DEPLOYED POSITION B. MID-DEPLOYED POSITION C. FULLY DEPLOYED POSITION SHOWING ACCESS RAMPS
5. KINETIC KIRIGAMI BRIDGE PROPOSALFULLY DEPLOYED STATE
6. DEPLOYED RAMP 3D VIEW
KINETIC KIRIGAMI BRIDGE
A. DEPLOYED RAMPS B. DROPPING RAMPS C. RAMPS and PARK DECK
10'-0"
7. AMPHITHEATER SECTION - RAMPS IN DEPLOYED POSITION
9. OVERALL SECTION
10. AERIAL FLOOR PLAN
8.
NODE LENGTH
RING WIDTH
CUTTING WIDTH
OUTER CIRCLE RADIUS = 360 FOOT
INNER CIRCLE RADIUS = 300 FOOT
