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Glass Fin- Charles Town Landing- SC- USA

Cable nets, cable trusses, Glass fins, tension rods, and thin members Supporting either frameless point supported glass or light curtain wall elements.

Light structures become interesting applications if they can evolve in the 3D space allowing the real freedom to the envelope construction geometry.

Fixed Dot Point- CAP 1- Virginia- USA

Fundamental supports of a solid geometry construction design and the scope of their engineering is the applied capability to go over a cube or a tetrahedron plane concept of construction while reaching the achievement of spheroidal hyperboloidal or toroidal constructions with the same applied technologies.

Cable Trusses- Kursal- Lugano- Switzerland

Complex solid geometry construction require the knowledge of the non-linear calculation first and then applied to the specific response of the building envelope materials; glass, composites, steel, to the physical constraints of the Non-linear attitudes (elongation, rigidity, static, Multibody interactions, etc.).

This relatively new and exclusive building engineering branch related to non-linear envelopes and skins specifically fabricated with glass, is less than 20 years old.

Full Glass View- Residence- Seal Harbor- USA

Most of our professionals have been among the pioneers of this study and we have been the only company in the US using the first non-linear computing system for steel-cables and glass created in europe in 1992.

We think this is the most relevant guarantee of expertise we can provide to our clients when they are looking beyond the usual common bolted or cabled glazed systems traded worldwide in standard packages.