rhinomembrane striscia

imagerhino

   
rhinomembranepath Minimal surfaces & mesh based Form-Finding plugin for Rhinoceros

Update Reference Strategy (URS) for form finding of membrane structures has been developed by Prof. Kai-Uwe Bletzinger of the TU München (Germany). For a given topology of a membrane structure and given stress state in the structural elements (pre-tension in the membrane and cables), the corresponding equilibrium shape has to be determined.

The URS represents a generalization of the well-known force density method. Due to its continuum-mechanical basis, the method is applicable to both cable and membrane elements without any restrictions:

E.g. an arbitrary stress state can be specified for the membrane, which can be isotropic in order to generate real minimal surfaces or orthogonally anisotropic, which is very helpful for form finding for textile structures with warp and weft direction. It is even possible to consistently include pressure forces, which are acting always normal to the surface at every state of the procedure, in the form finding process of pneumatic structures such as air-inflated cushions.

 

        Hypar made within Rhinoceros                            RhinoMembrane Form-Finding with URS method

4119

4121

 

RhinoMembrane - Shanghai 2010

4115

 

RhinoMembrane - Shanghai 2010 

4122  

Norway Pavillon shaped with RhinoMembrane 

Coutsey of HHA Norway & studio LD

4113

 

RhinoMembrane - Grasshopper Component  

rhino integration 1

 

RhinoMembrane - IxCube Integration

rhino integration 2

 

 

 

 

 

 

 

 

Events

Lima/Perù 26-28 April 2017 - VI SEMINARIO INTERNACIONAL DE ARQUITECTURA TEXTIL IMS
img seminario 2017 high

IxRay ltd.

4, St. Michael Guze Galea street
QRM2107 Qormi, Malta
Phone: +35635505064

Italian Representative

Gerry D'Anza
Via G. Porzio, 4 Isola G8
80143 CD. Napoli
Phone: +3908119320412
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.