Brick structure and pattern 2022
Content Brick Structure
Brick Pattern
Bricking and Computational Method
P1-4
Precast
P5-6
Brick Construction
P7-14
Brick Detail
P15-18
Designed Cement Brick
P19-22
Brick Pattern
P23-26
Bricking and Computational Method
The use of robotic arms
01
REACTIONS
CURVE
SURFACE
GALAPAGOS
COLLISION
Brick Constraints
230
60
110 Unit: mm
02
Reactions
BrickWall
G=3
G=3
G=10
G=5
G=8
G=5
Point Attractors
G=3,R=-45
G=3,R=-45
G=5.4,R=-4
G=5,R=22
G=5,R=140
G=5.4,R=-4
G=5,R=73
G=5,R=73
Curve Attractors
G=3,R=-45
03
G=3,R=-45
G=5.7,R=-4
G=5,R=19
Galapagos BrickWall
G=3.6
G=3.6
G=4.3
Point Attractors
G=1.3,R=-4,3
G=1.3,R=-4,3
G=4.1,R=-4,3
Curve Attractors
G=1.9,R=3,1
G=1.9,R=3,1
G=4.4,R=3,1
04
Precast
staircase
Brick construction
05
precast modular construction
staircase
full-span precast and launching method
stamped concrete steps
segmental precast method
06
curtain wall
THE LALIT HOSPITALITY INSTITUTE
07
Curtain Wall The simple material palette of the project includes clay bricks (an ordinary low embodied energy material), exposed brickwork (1st class), RCC structure (a gridded prefabricated system making use of fly ash), locally available stone, etc. The idea was to have a zero maintenance building and a long lasting external finish like exposed brickwork that will give the building a timeless character.
08
Brick construction
Rippling red brick facade shades house
09
Brick construction
Brick Surfaces Structure
brick textures
brick textures
It is able to install heavy bricks on glass surfaces by control the brick textures on the main structure in order
10
Brick construction
Brick Structure
Brick construction
Surface Spine
11
Concealed Lintel Systems
Arched Spine
Brick Surfaces Structure
rear-ventilated curtain wall
brick shell
12
architectural space
Gallery of The Kindergarten Virolai Petit
13
Vicente Sarrablo
Flex Brick
podotactile texture
100%
vibrated texture
75%
concave convex texture
50%
25%
14
Brick Detail Concrete reinforced hollow brick construction
Reinforced concrete building version Reinforced concrete inspection Window Hollow part filled with concrete Longitudinal
Window edge concrete
H-shaped steel column Welding point Yokosuji Spot Welded Wire Mesh Curved reinforcement at the end of the wall Wall end concrete The junction of brick and H-pillar Continuous foundation made of mesh-reinforced concrete
15
Concrete strengthens hollow transmission
Reinforced concrete building version
Brick and beam, roof form connection
Reinforced concrete lintel Window
Hollow part filled with concrete Longitudinal Curved reinforcing ribs in corners Yokosuji
Corner partition concrete
Brick and RC column junction
Brick stacking and bonding method
Opening construction
Window edge concrete
Curved reinforcement at the end of the wall Wall end concrete
Continuous foundation made of mesh-reinforced concrete
16
Brick Detail Directly poured into the structure of the RC column
Yokosuji Curved Reinforcing Ribs at the Angle Limit Reinforcement part filled with concrete
Fill the corner with concrete
Longitudinal Curved Reinforcing Ribs at the Angle Limit Yokosuji Fill the corner with concrete Reinforcement at the end of the wall monitor
Reinforced concrete continuous foundation
17
Construction method at the junction of brick and beam, roof form
Indoor ceiling H-beam Hollow brick Roof eaves
Edge wave board H-beam Falling head Hollow brick flat roof Indoor ceiling
Four slope Water Mountain Wall Illustration Caulking foam Fascia Cut diagonal bricks
Flat roof ceiling illustration
Two slope Water Mountain Wall Illustration
18
Designed Cement Brick
architectural space
Studio Nirvana
19
Avinash Joshy
Component
Architectural Entity
20
Brick Pattern
Gallery of Clara House
21
Designed Cement Brick
22
Brick Pattern
Plane arrangement
23
transparency
100%
transparency
75%
transparency
50%
transparency
25%
24
Angle arrangement
25
transparency
100%
transparency
75%
transparency
50%
transparency
25%
26
DESIGN CHIA-WEN,HSIEH LI-XIN,LIU