Deployable structures for space applications are engineered to transition from compactly stowed configurations to large functional forms once in orbit. This capability enables the delivery of ...

Deployable composite structures constitute a critical enabling technology for modern and future space missions, offering compact stowage and reliable on-orbit expansion of large apertures, booms and ...

Researchers have harnessed the domino effect to design deployable systems that expand quickly with a small push and are stable and locked into place after deployment. If you've ever opened an umbrella ...

Rivian could add a deployable roof-top canopy to the list of accessories for its EVs, if a recent patent filing is any indication. The automaker filed a patent application titled "Canopy with ...

Abstract: Deployable space structures are compacted and stowed during launch, and unfurled to their full dimensions once in space, enabling the large systems necessary to advance space science and ...

The materials, manufacturing processes, market and energy trends driving use of carbon fiber composites in global hydrogen storage applications for fuel cell-powered trucks, buses, trains and ...

Covalently fused fiber junctions help an ultralight aerogel recover from deformation while preserving the porous structure ...

Sudarshan Krishnan, professor in architecture, has been developing deployable and moving structures that could broaden an architect’s knowledge of structures. The deployable structures Krishnan built ...

Transition waves provide a platform for realizing deployable structures that can be expanded quickly and locked into place after deployment, according to a study. Deployable structures, such as the ...

If you've ever opened an umbrella or set up a folding chair, you've used a deployable structure - an object that can transition from a compact state to an expanded one. You've probably noticed that ...