Dynamic Compaction Technology Soilmec скачать в хорошем качестве

Dynamic Compaction Technology Soilmec

Dynamic Compaction is a Ground Modification technique whereby loose soils can be effectively and economically densified to improve its mechanical characteristics and allow construction of different types of structures without need of deep foundations or soil replacement. The method involves dropping a heavy steel pounders repeatedly on the ground at regularly spaced intervals. The weight and height of pounding on the degree of compaction desired. The usual range of pounder is between 12 ton to 25 ton and the drop height can be up to 25 m. Dynamic Compaction method is applicable for a wide variety of soil conditions including saturated/unsaturated loose sands, even with the presence of silty pockets, dune sands, inorganic fill, reclaimed soils with variable characteristics and sizes even with the presence of large sized boulders, landfills deposists and collapsible soils. Dynamic Compaction has been extensively used to compact loose soils to depths of up to 10 m, in order to increase the bearing capacity, decrease post construction settlement and mitigate liquefaction risk in case of seismic events. It can be safely executed as close 30-50 m from existing/under construction structures or concrete/civil works, without generating any undesirable vibrations. __________________________________ Soilmec equipment is used everyday on jobsites all around the world for bridges, viaducts, motorways, tunnels, underground lines, railways and buildings of all types. We have grown enormously over these four decades. Thanks to a constantly upgraded and broadening range of products and a greatly increased production capability, we are an established landmark in the international ground engineering field. The company was established in 1969. Since its inception, Soilmec has always developed safe, innovative, cutting-edge technologies and provided the construction industry the full spectrum of equipment solutions. Leading ground engineering for more than 50 years. Follow us on Facebook:   / soilmecspa   Website: http://www.soilmec.com Twitter:   / soilmecspa   Join the YT Soilmec channel:    / soilmec