摘要:
The invention relates to a frame for reinforcing composite elements having an inorganic or resin matrix, consisting of a unidirectional, bidirectional, or multidirectional reinforcement, which is combined, by means of textile weaving, with an anti-cracking structure (103) consisting of a textile produced using threads having a high Young's modulus.
摘要:
This high-strength geotextile grid comprises reinforcement fibres combined into parallel cords forming strips (101,103,105) oriented in at least two directions, said strips being separated by minimum intervals of 1 millimetre, said strips having homogeneous or different widths extending between 1 and 20 centimetres. Furthermore, strips having large widths (106) greater than 6 centimetres are provided at least on the edges of the grid.
摘要:
The threads, strands, or cords of said lap or said mesh are parallel in at least one direction and are each simultaneously composed of mineral fibers having low elongation (high modulus of elongation under stress) and an elongation at break value of 2 to 5%, and polymer fibers and/or natural origin fibers having a modulus of elongation under stress lower than that of the mineral fibers and an elongation at break value significantly higher than that of said mineral fibers, of 10 to 20%.
摘要:
The threads, strands, or cords of said lap or said mesh are parallel in at least one direction and are each simultaneously composed of mineral fibers having low elongation (high modulus of elongation under stress) and an elongation at break value of 2 to 5%, and polymer fibers and/or natural origin fibers having a modulus of elongation under stress lower than that of the mineral fibers and an elongation at break value significantly higher than that of said mineral fibers, of 10 to 20%.
摘要:
The invention relates to a geotextile for reinforcement, for fighting erosion and for assisting with revegetation, based on natural or synthetic fibres and characterized in that: the synthetic fibres are, at the very least, oxo-biodegradable and advantageously biodegradable, and the geotextile is made of a knitted net (101, 102) obtained by warp knitting, especially on a Raschel knitting machine including the insertion of weft yarns, the fibres, tows or threads making up the net being interconnected by biodegradable binding threads (103).
摘要:
The invention relates to a geosynthetic for soil reinforcement which has, in a representation of the variation of the modulus of the geosynthetic with the deformation in the x-axis and the applied tension in the y-axis, at least two separate elongation areas under tension in at least one direction, respectively: a first major elongation area for deformation of the geosynthetic comprised between 0 % and a limit comprised between 0.5 % and 6 % in at least one direction for tensions of 0 and 10 to 400 kN/m corresponding to this limit deformation; and a second elongation area, beyond said first elongation area, characterised by a maximum deformation of 2 % to 20 % in at least one direction for tensions of 100 to 3000 kN/m at least, corresponding to said maximum deformation. The difference in the elongation areas is due to the nature of the threads that make up the geosynthetic and/or the structure of said geosynthetic.