What shape does a cable naturally take under load? That’s the funicular shape, the most efficient path for transferring forces purely through tension. In this demonstration using Mola 3, you can see how the cable instantly adapts its geometry based on the points where loads are applied. Understanding funicular shapes is fundamental for designing efficient cable structures, from simple suspension systems to complex bridges. - Qual forma um cabo assume naturalmente sob carga? Essa é a forma funicu

How does connection stiffness change structural behavior? By stiffening the connections between members, we transform the structure into a rigid frame. In this system, notice that the columns and the beam become responsible for resisting both horizontal and vertical loads acting on the structure. You will also observe that the lateral displacement of this rigid frame is far greater than that of a braced frame. For this reason, these are classified as sway structures. Whether using a single rigid

Stayed beams are a smart structural solution that enhances rigidity by combining bars and cables. This technique can be found in various projects, from bridges to houses. A fascinating example of this approach is the Grid House, designed by the Brazilian firm FGMF. In this project, stayed beams play a key role in creating an open and lightweight structure. Watch as we assemble a stayed beam example and explore the possibilities of this structural technique! - As vigas vagonadas são uma solução e

1.3M views · 11K reactions | Building details, geometry, and nature...