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Electrochemical Fabrics
In article number 2106088, Liang An, Li Li, and co‐workers design an innovative textile‐based monitoring system, which is formed by weaving pH, strain, humidity, temperature, and UV light sensing fibers into an electrochemical fabric, to provide a reliable and integrated solution for the conservation of valuable yet fragile textile relics.
Textiles and apparel archaeology is an indispensable part of history and archaeology. As most unearthed textile relics are silk, soft and multi‐layered in nature, their frangibility poses enormous difficulties in their transportation, storage and exhibition. Traditional methods may not be suitable for accurately monitoring their condition under various external situations, due to the particularity...
This paper analyzed the potential grads model (PGM) based quasi-dynamic method (QDM) used to solve the problem of emergent evacuation in complex building channels. The method is used to indicate the optimized or hypo-optimized route for evacuation, which makes the whole of the escapee evacuate in shortest distance, lowest resistance and best time. The method could also set priority of special crowds...
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