FBG Monitoring of a Communication Paths and Roadways with a Geosynthetic Systems on Mining Heaps

Abstract In civil engineering geosynthetics play the role of reinforcing ground and strengthening foundation structures facilities. This paper shows possibility using a geotextile, geonet geogrid for design walking, cycle quad-bike paths in investigated mine waste dump sites. The functions solutions designed linear investments areas affected by mining activity rehabilitated into sports recreation area must be monitored. discusses scope method FBG monitoring, data which illustrate behaviour with embedded geosynthetic materials regard to variables such as structure service life durability need meet all limit states. impact choice designs sustainable development can quantified terms carbon footprint. A site-rehabilitation working also analysed economically estimating market, investment replacement values construction investment. addition key technical aspects, discussed anthropogenic ensure significant Benefits system.