DISCRITAZING THE STRUCTURESELECTINIG THE CRITICAL PLANE

NEW CONCEPT CENTRALIZED DESCENTRALIZED DISTRIBUTED

DISPLACEMENT WITHOUT PANELO,73mm

O,59mmDISPLACEMENT WITH PANELS

STRUCTURE

After defining shape, material and location, we can generate the structural grid. Using Rhinocero´s parametric plugin Grasshopper and KARAMBA we can simulate the stress in each node and also the structural behavior.

FINITE ELEMENT ANALYSIS

0.35Kn

0.35Kn

0.35Kn

0.35Kn

0.35Kn

0.35Kn

0102040506

11121314

03 24

17

767778

1825

0926

15

28

27

0708

2300101619202122

717273

656667

535455

294243

303132333435363738394041

505152 474849 444546

565758596061626364

686970

7475

-11.07Kn +1.17Kn

18

100

9

-11.07Kn +1.17Kn

18

100

9

-11.07Kn +1.17Kn

18

100

9

BIGGEST TENSION MATERIAL PROPERTIES

HUMAN STRENGTH CAPACITY

THE CLIP THE ENVELOPE GLOBAL NETWORKOPEN SOURCE KEEPING IN MIND CHOOSE YOUR MATERIAL ONLY ONE CLICKDATA MANAGEMENT _ EVERTHING THAT YOU NEEDCombining all the previous data we fed a custom-selfmade script to crossreference all parameters and automatically generate the best Clip geometry.

The capacity to apply many kinds of material to the facade, makes ClipHut relevant for many situations. By adding layers like insulation, heating system, electricity, we can cover a range that starts from a simple shelter and can go beyond a minimal house.

Explore the whole potential of technology creating a global network to respond quickly and locally to any need that arises.

CENTRALIZEDThrough your geo-location, we can collect all the information we need, including weather con-ditions. With those information, we can calculate and optimize your structure automatically.

DECENTRALIZEDThrough an app, you can create your own shelter and get all the cad / cam files and manuals related to your project.

DISTRIBUTEDWe also want to create a network between the customer and the supplier, such as fablabs, carpenters and companies, so connecting both, they will be able to produce their own Cliphut closer to them and, consequently reducing cost.

VARIABLES /LENGTH AB ? mm(L

1)

WIDTH AB ? mm(c)

LOADS /HUMAN STRENGTH CAPACITY N

ENVIROMENT LOAD DEMAND

60

? N(F2)

(F1)

THERMAL PROPERTIES /

INSULATION /

EXAMPLES / ISOMETRIC /

MANUALS AND LABEL PIECES SCRIPT /

GENERAL CONCEPT /

RAW-DENSITY Kg/m³

U - VALUE

TERMAL CONDUCTIVITY

600

200/200

0,13

-

W/mK

(u)

(R)

(F1)

DESIGN /CONNECTION DISPLACEMENT 12

?

mm

mm

(WT)

(a)MATERAIL TICKNESS

? mm(L2)LENGTH BC

? mm(b)WIDTH BC

H-1

H-C-A-1a

H-C-A-1b

H-C-S-1a

H-C-S-1b

H-C-S-2a

H-C-S-2b

H-E-1a

H-E-1b

I-C-1a

I-C-1b

I-E-1a

I-E-1b

I-E-2a

I-E-2b

V-1

V-2

V-I-2

V-I-1

V-I-E-1

V-I-E-2a

V-I-E-2b

R-1b

R-1a

HO

RIZ

ON

TAL

INC

LIN

ATI

ON

R

OO

FVE

RTI

CA

L

VERTICAL _ 11st LEVEL

1022

VERTICAL _ INCLINATION _ END _ 1 CONNECTION WALL_ROOF_1st LEVEL

HORIZONTAL 1st LAYER

HORIZONTAL2nd LAYER - ROTATE THE PIECE

insulation e.g. rock wool

wood fiber sheet

air circulation layer