Hypermembrane Tower

 

Some potential applications for the HYPERMEMBRANE are: main structure, shell. Secondary structure, envelope or façade. For a system to become reactive an adaptable or dynamic structure.

Here we can take a look on how HYPERMEMBRANE can be applied as a membrane façade. In this case for tall buildings, this is a case study to understand the potential of the membrane for a secondary structure.

The proposal can also considerate the possibility of a dynamic skin.

 

 

AUTOR:    

JORDI TRUCO – SYLVIA FELIPE

EQUIP HYBRIDa:

CARMELO SANTANA
ANDRES DEJANON
MARTA MASSIA
GORKA DE LECEA
STEFANO CAPISI

COLABORADORS EXTERNS:

CONTROL ENGINEERING: EURECAT, (Agusti Chico, Agustin Fernandez)
MECHATRONICS: EURECAT, (Agusti Chico,Joan Guasch, Mª Eugenia Rodriguez)
MATERIAL TECHNOLOGIES: EURECAT, (Agusti Chico,Joan Guasch, Mª Eugenia Rodriguez, Mailaen Biurrun)
INDUSTRIAL DESIGN: EURECAT, (Agusti Chico,Begoña Fernandez)
COMPUTATIONAL MODELS FOR GEOMETRY SIMULATION: CIMNE, (CIMNE, rtd (Oscar A. Fruitos Bickham,Omar Salomon )
COMPUTATIONAL MODELS FOR DINAMIC FINITE ELEMENTS CALCULATION: CIMNE, rtd (Oscar A. Fruitos Bickham,Omar Salomon)
MEMBRANE DESIGN: BUILDAIR (Javier Marcipar,Mercè López,Carles Estruch)
THERMOPLASTIC COMOPSITE STRIPS PULTRUSION : GDP (Fabrice   Maimbourg,Valerie Denis,Jérémy Barbereau)
THERMOPLASTIC REINFORCEMENT YARDS: COMFIL(Tore Bak,Hans Knudsen,Henning Bak)
CURVED BOUNDARY FRAME CALCULATION: Eskubi Turro Arquitectes
MECHANIC ENGINEERING PRODUCTION COMPONETS: MECANITZAT  IME