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  1. 1 de feb. de 2014 · Inspired by the geometric attributes of origami, multiple rapidly deployable foldable shelter design concepts are presented and analyzed by considering such requirements as (a) flat-foldability, (b) kinematic compatibility, (c) panel connectivity, and (d) load requirement to unfold the shelter completely to its upright position.

  2. 1 de ene. de 2012 · Many of them are not foldable in a configurable geometrical order which make their transportation more difficult and their storage for future use is mostly problematic. This paper by evaluating major existing shelters, proposes a lightweight, foldable and modular shelter that can be replaced, repaired and stored in a very short ...

  3. 7 de mar. de 2016 · Accordion patterns are widely used for deployable shelters, due to their simple construction, elegant deployment mechanism, and folded plate form with an inherent structural efficiency. This paper proposes two new accordion-type shelters that use modified geometries to improve on the structural stability and stiffness of the typical ...

  4. 1 de feb. de 2014 · These concepts fall roughly into the following categories: (1) soft wall shelters which are comprised of a rigid frame covered by fabric, (2) rigid wall shelters that unfold like clamshells, and (3) rigid wall shelters that expand longitudinally. This review will also highlight lessons to be learned from each form.

  5. Geometry in Architecture: Exploring beyond Rectangular and square spaces. 9 Mins Read. The earliest form of architecture arose as a need for shelter in the form of carved caves. Over centuries, architecture began to be imagined in a formalised fashion with the realisation of geometry.

  6. 4 de mar. de 2020 · The proposed geometrically-optimized temporary shelter is capable of being placed, repaired, and stored in a short time period by unskilled individuals. Furthermore, using local materials...

  7. Shah Devarsh Jigneshkumar. Deployable structures can expand and contract due to their geometrical arrangement and mechanical joinery in such a way that they can adapt to different usages. The idea was to design a deployable shelter keeping in mind the current situation.