Mechanics of air-inflated 3D distance fabric

Mechanics and Analysis of Fabric Composites and Structures

This paper is devoted to the mechanics, modelling and analysis of fabric-reinforced composites and structural components. A theoretical and experimental characterisation of elastic properties of the textile composites is considered. Typical stress-strain diagrams for fibreglass fabric composites and composites reinforced with knitted fabrics loaded in tension at different angles are presented. ...

3D Fabric for Multicore Resilient Systems

There are many existing solutions for this, such as dual/triple modular redundancy, DIVA, Bulletproof, etc. Another work, StageNet[1], uses a reconfigurable and adaptable network of replicated and isolated processor pipeline stages to maximize the useful lifetime of a chip. The network is formed by replacing the direct connections at each pipeline stage boundary by a crossbar switch interconnec...

The Fabric of Space: Intrinsic vs. Extrinsic Distance Relations

tart with ordinary Euclidean space. Be a realist about points, and about S distances between points. I ask: how are the points interwoven to form the fabric of space? Are there direct ties only between “neighboring points,” so that points at a distance are connected only indirectly through series of such direct ties? Or are there also direct ties between distant points, so that the fabric is re...

Factors Affecting Air Permeability of Viscose & Excel Single Jersey Fabric

This paper compares the porosity / compactness of the knitted structures made from viscose and excel yarns and evaluates the air permeability property for sportswear. In the experimental section, viscose and excel yarns spun in different counts ( Ne 30, Ne 40 ) with the same twist coefficient of αe = 3.3 were knitted as single jersey fabrics in the same production conditions with four tightness...

Estimation on the 3D porosity of plain weft knitted fabric under wale extension