NCENTRA +
SHAHRZAD RAZI
R
GUO YUNXUAN
VAS
(
(C
= GROUP L
ZHAO MENGNING
?
XIAO YAO
CONENTRA FORMING SIMULATION
micro scale
seperate
one node
merge
two nodes
group
three nodes
single
RIVER FORMING SIMULATION
ROOT GROWTH SIMULATION
CONENTRA FORMING SIMULATION
phase I : system interaction
CONCENTRA
ROTATION
CONCENTRATION
NEGATIVE RIVAS BECAUSE OF CONCENTRATION
RIVAS
NODE-LIFTING
CONFLUENCE
NEGATIVE RIVAS BECAUSE OF ALTITUDE
NEGATIVE RIVAS BECAUSE OF ALTITUDE
NEGATIVE RIVAS BECAUSE OF CONCENTRATION
RECOMBINATION
phase II : system iterations
PROCESS
1 node
2 nodes
4 nodes
30 nodes
40 nodes
less dense
8 nodes
16 nodes
PROCESS
more fragmented
less nodes
DENSITY OF VERTEX
1 vertex
6 vertex
2 vertex
7 vertex
3 vertex
8 vertex
4 vertex
9 vertex
5 vertex
10 vertex
DENSITY OF LINES
density 1
density 2
density 3
density 4
density 5
height 2
height 3
height 4
height 5
HEIGHT OF RAISE
height 1
SYSTEMS COMBINED
SYSTEMS COMBINED and ROTATED
PROCESS
PROCESS
PROCESS
fragment
stretch
contact
connect
converge
rivers
density
raise
nodes
complex
phase III : system morphology
reference picture
top view
side view
morphology No.1
reference pictures
top view
side view
morphology No.2
reference picture
top view
side view
morphology No.3
reference picture
top view
side view
morphology No.4
DETAILS
node vanish by rivas
rivas redirected by the node
node seperated by rivas rivas divided by the node
rivas fragmented by the node
reference picture
top view
side view
rotation
connection
morphology No.8
SECTIONS
[1]
[2]
[3]
[4]
[5]
[6]
reference model
top view
fragmentation
morphology No.9