Heat and mass transfer in a permeable fabric system used for Personal Protective Equipment (PPE) was investigated using hot air jet impingement conditions to mimic the jet exhaust of Short Take-Off and Vertical Landing (STOVL) aircraft. The STOVL aircraft uses a thrust-vectoring nozzle of the jet engine and a lift fan in order to vertically land and take off a short runaway. The jet engine exha...

Rehabiliating Bushehr historic fabric and paying to it as an important urban fabric through increasing capabilities and facilities is main concern. Bushehr historical fabric can be the consequence of several factors the most important of which is the Persian Gulf and its past history as a national one. This fabric, is organic, dense, compact, having its own characteristics. One of its main prio...

I N T R O D U C T I O N The overall quality of a fabric is dependent on a number of factors, including tensile strength, shrinkage, abrasion resistance, and fabric construction. Also among these is the fabric’s tendency to wrinkle after home laundering – referred to as smoothness. The protocol for ascertaining smoothness grade of a fabric is outlined in the American Association of Textile Chemi...

Reconfigurable computing devices have achieved substantial performance improvements over conventional processors on some computational kernels. These benefits derive from hardware customization which avoids the mismatch between the basic requirements of the algorithms and the architectures of the processors. A reconfigurable fabric alone is not sufficient for general-purpose computing since it ...

The present paper reports a detailed study on heat and moisture vapour transmission characteristics of different types of multilayered fabric ensembles. Two sets of multilayered fabrics have been prepared. In first set, two types of carded web produced from acrylic and polyester fibres with five different areal densities in each fibre type have been used as middle layer. In second set, differen...

Adhesion layers, required to stabilize metallic nanostructures, dramatically deteriorate the performances of plasmonic sensors, by severely damping the plasmon modes. In this article, we show that these detrimental effects critically depend on the overlap of the electromagnetic near-field of the resonant plasmon mode with the adhesion layer and can be minimized by careful engineering of the lat...