Multiple friction joint pile system

A multiple friction joint pile system comprising:

• at least two carrier elements;
• a twisted wire connecting said at least two carrier elements;
• at least one flexible plate positioned between said at least two carrier elements and adapted minimize a vibration of said at least two carrier elements;
• a twisted wire tightening or loosening apparatus connected to said twisted wire;
• a twisted wire fastening apparatus, wherein said at least two carrier elements have a twisted wire duct having a diameter three to five times larger than a diameter of said twisted wire, said twisted wire passing through the twisted wire duct, the twisted wire duct positioned at a point along said at least two carrier elements so as to allow independent lateral displacement and independent rotation of said at least two carrier elements relative to the twisted wire duct;
• a pile system having at least one geogrid squeezed between said at least two carrier elements and adapted to create piles, the at least one geogrid and the piles being connected to each other from an upper region or a lower region of a multiple friction joint pile that is adapted to be placed in excavated trench backfilled with sand, crushed stone or flowable fill, the excavated trench having a width approximately equal to a width of the pile, said twisted wire tightening or loosening apparatus being connected to the upper region, said twisted wire fastening apparatus being connected to the lower region.