摘要:
The invention relates to a method for manufacturing, by hot-stamping, a composite part having continuous fibrous reinforcement in a thermoplastic matrix, characterised in that said method comprises the following steps: a) obtaining a blank (160) including a stratification of folds consisting of unidirectional layers (110) of fibres pre-impregnated with a thermoplastic polymer; b) heating the blank (160) in the open air to a temperature no lower than the melting temperature of the polymer that makes up the matrix; and c) stamping the blank (160).
摘要:
Laminated composite structural panel with fibrous reinforcement comprising: a. a skin (101) of thickness e1, made up of a stack of fibrous plies in a matrix made of a thermoplastic polymer; b. a localized reinforcement or patch (102), connected to the surface of said skin (101) and rising up by a thickness e2 in a direction locally normal to the skin, made up of a stack of fibrous plies in a matrix made up of a thermoplastic polymer; c. the surface area of the plies that make up said patch decreases from the ply of the patch (102) that is in contact with the skin (101), such that the edges of said patch (102) are inclined by a slope p greater than 0.5 and such that the connection between the patch (102) and the skin (101) consists in a weld.
摘要:
The invention relates to a stiffened panel (100) including: a) a laminated skin (110) extending in two direction and consisting of a resin and a continuous fibrous reinforcement; b) a first profiled stiffener (110) consisting of a resin reinforced by a continuous fibrous reinforcement, said first stiffener extending over a first surface of said skin (110) in a first direction; and c) a second profiled stiffener (130) consisting of a resin reinforced by a continuous fibrous reinforcement, said second stiffener extending over a second surface of said skin (110) in a second direction; d) wherein the resins constituting the skin (110) and the stiffeners (120, 130) are thermoplastic and said stiffeners (120, 130) are closely connected to the skin (110) by a weld. The invention further relates to an advantageous method for creating such a panel.