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    • 4. 发明授权
    • Method for fabricating a curved beam from composite material
    • 从复合材料制造弯曲梁的方法
    • US07670525B2
    • 2010-03-02
    • US11164672
    • 2005-12-01
    • Björn WeidmannClaes RudqvistMax KrogagerMikael Petersson
    • Björn WeidmannClaes RudqvistMax KrogagerMikael Petersson
    • B28B7/22
    • B29C70/541B29C70/32B29C70/38B29C70/386Y02T50/43Y10T156/1036Y10T156/1043Y10T428/24124Y10T428/24628
    • A method for fabricating a curved beam from fiber composite material. A flat fiber composite laminate including a plurality of layers and at least two different fiber directions is formed. The fiber composite laminate is disposed in contact with a male tool includes a first flange, a second flange and an intermediate web. The male tool is curved in its longitudinal direction with a radius of curvature in such a way that the first flange has a shorter longitudinal extent than the second flange. The fiber composite laminate is brought into contact with and secured to the first flange of the male tool. The male tool and the fiber composite laminate are then rotated relative to one another so that the fiber composite laminate is brought into contact with the intermediate web of the male tool in a first rotational movement, and brought into contact with the second flange of the male tool in a second rotational movement. The fiber composite laminate hardens on the male tool, and the finished beam is separated from the tool. Also a beam of fiber composite material fabricated according to the method.
    • 一种从纤维复合材料制造弯曲梁的方法。 形成包括多个层和至少两个不同纤维方向的扁平纤维复合层叠体。 纤维复合层压板与阳工具接触地设置,包括第一凸缘,第二凸缘和中间网。 阳工具在其纵向方向上以曲率半径弯曲,使得第一凸缘具有比第二凸缘更短的纵向延伸。 纤维复合层压板与阳工具的第一凸缘接触并固定。 然后将阳工具和纤维复合层压体相对于彼此旋转,使得纤维复合层压材料在第一旋转运动中与阳工具的中间腹板接触,并与男性的第二凸缘接触 工具在第二旋转运动。 纤维复合层压板在阳工具上硬化,成品梁与工具分离。 也是根据该方法制造的纤维复合材料束。
    • 10. 发明授权
    • Method of forming a composite structure
    • 形成复合结构的方法
    • US07758715B2
    • 2010-07-20
    • US12258469
    • 2008-10-27
    • Mikael PeterssonPer HallanderBjörn Weidmann
    • Mikael PeterssonPer HallanderBjörn Weidmann
    • F02F1/06C09J5/10B29C65/00B29C45/14B32B37/00B32B3/00C08J5/00
    • B29D99/0003B29C35/0266B29C2791/001Y10T428/197
    • A method of manufacturing a composite structure including a plurality of sheets and a radius filler. The radius filler is adapted to fill a gap at least partially formed by the sheets of the composite structure. The radius filler includes a plastic material with a first curing temperature. The sheets include a plastic material with a second curing temperature. The method includes arranging the sheets in a desired shape, applying the radius filler material into the gap, exposing the sheets and the radius filler material to the first temperature, whereby the material of the radius filler cures, and exposing the sheets and the radius filler to the second temperature, which exceeds the first temperature, whereby the material of the sheets cures. A radius filler for filling gaps between sheets of a composite structure. The material of the radius filler has a curing temperature which is below the curing temperature of the sheets of the composite structure.
    • 一种制造包括多个片材和半径填料的复合结构体的方法。 半径填料适于填充由复合结构的片材至少部分地形成的间隙。 半径填料包括具有第一固化温度的塑料材料。 片材包括具有第二固化温度的塑料材料。 该方法包括将片材布置成所需的形状,将半径填充材料施加到间隙中,将片材和半径填充材料暴露于第一温度,由此半径填充材料固化并暴露片材和半径填料 达到超过第一温度的第二温度,由此片材的材料固化。 用于填充复合结构的板之间的间隙的半径填料。 半导体填料的材料的固化温度低于复合结构的片材的固化温度。