METHOD FOR MANUFACTURING COMPOSITE SHAPED PART, COMPOSITE SHAPED PART, MULTILAYER STRUCTURAL ELEMENT AND ROTOR VANE ELEMENT ELEMENT AND WIND POWER INSTALLATION

摘要

A composite molding, in particular manufactured according to a method according to the invention, in particular for a wind-energy installation, having a thermoplastic material and a fiber-composite semi-finished product. It is furthermore provided according to the invention that the fiber-composite semi-finished product has a flexible, braided formation-type fiber system, the thermoplastic material, as a shape-imparting core material, is distributed in the flexible, braided formation-type fiber system of the fiber-composite semi-finished product and is connected to the braided formation-type fiber system, wherein the braided formation-type fiber system in the composite with the shape-imparting core material has mutually intersecting fibers which are oriented in relation to one another and which, in an intersection point, have a fiber angle which is between 10° and 90°, which in particular is between 30° and 60°, the fibers preferably being oriented at a fiber angle around 45° with a variance range of +/5°, and wherein the braided formation-type fiber system in the composite forms the outer functional layer of the composite molding.