Filter
Exclude
Time range
-
Near
πŸš€ Excited to share our latest research on hysteretic tensairity (pneumatic) structures! 🌟 While these structures are known for their πŸͺΆ lightness, portability πŸ—οΈ, and ease of installation πŸ› οΈ, they often struggle with dynamic loads due to low dissipation capacity. Our new #tensairity design, featuring a cylindrical inflatable element integrated with tension-controlled #NiTiNOL #cables, tackles this challenge head-on. πŸ”¬ The experimental study highlights the superior stability and dissipation capacity of this ultra-lightweight nonlinear structure. πŸ” Discover how #space habitats, #stratospheric #airships, #bridges or large coverings will be made in the future, floating in air while sustained by air! Read more: sciencedirect.com/science/ar… This research is based on a patent by myself and Biagio Carboni at #Sapienza University of Rome. Explore more: patents.google.com/patent/WO… #Engineering #Innovation #PneumaticStructures #StructuralStability #Invention #DynamicLoads #Tensairity #NiTiNOL #Tensairity #Nonlinearity #Hysteresis
5
228
1 Oct 2018
10 DAYS OF KEY BENEFITS OF REINFORCED EARTH DAY 1 - DYNAMIC & STATIC LOADING @RECo_UK #DYNAMICLOADS #STATICLOADS #RETAININGWALLS
1
1