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    • 4. 发明申请
    • FRICTION STIR WELDING OF METAL MATRIX COMPOSITES
    • 金属基复合材料的摩擦焊接
    • US20090098406A1
    • 2009-04-16
    • US12340061
    • 2008-12-19
    • Paul S. ManickeEarl Claude Helder
    • Paul S. ManickeEarl Claude Helder
    • B32B5/16
    • B23K20/129B23K20/122B23K2101/18B23K2103/16Y10T428/12493Y10T428/24124Y10T428/249927
    • A fiber-reinforced component is formed of a first composite member including a metal matrix with reinforcing fibers having a diameter and a length distributed therein in a selected orientation and a second composite member including a metal matrix with reinforcing fibers having a diameter and a length distributed therein in a selected orientation. The first composite member is bonded to the second composite member by a solid state bond along a predetermined joint path, such that an average volume fraction of the reinforcing fibers of the first composite member and the second composite member within the joint path is substantially the same as an average volume fraction of the reinforcing fibers of the first composite member and the second composite member within the remainder of the fiber-reinforced component.
    • 纤维增强部件由包括金属基体的第一复合构件形成,所述金属基体具有以选定取向分布在其中的直径和长度的增强纤维,以及第二复合构件,其包括具有直径和长度分布的增强纤维的金属基体 在其中以选定的方向。 第一复合构件通过沿着预定的接合路径的固态接合而结合到第二复合构件,使得第一复合构件和第二复合构件的增强纤维在接合路径内的平均体积分数基本相同 作为第一复合构件和第二复合构件的增强纤维在纤维增强部件的剩余部分内的平均体积分数。
    • 5. 发明授权
    • Friction stir welding of metal matrix composites
    • 金属基复合材料的摩擦搅拌焊接
    • US07507309B2
    • 2009-03-24
    • US11618246
    • 2006-12-29
    • Paul S. ManickeEarl Helder
    • Paul S. ManickeEarl Helder
    • B32B37/00
    • B23K20/129B23K20/122B23K2101/18B23K2103/16Y10T428/12493Y10T428/24124Y10T428/249927
    • A method of making a fiber-reinforced component includes: providing a first composite member having a metal matrix with reinforcing fibers distributed therein; providing a second composite member having a metal matrix with reinforcing fibers distributed therein; and joining the first member to the second member by friction stir welding along a predetermined joint path, such that an average volume fraction of the reinforcing fibers within the joint path is substantially the same as an average volume fraction thereof in the composite members before joining. A fiber-reinforced component includes: first and second members each having a metal matrix with reinforcing fibers distributed therein. The first member is bonded to the second member by a solid state bond along a predetermined joint path, such that an average volume fraction of the reinforcing fibers within the joint path is substantially the same as an average volume fraction thereof in remainder of the members.
    • 制造纤维增强部件的方法包括:提供具有分布在其中的增强纤维的金属基体的第一复合部件; 提供具有金属基体的第二复合构件,其中分布有增强纤维; 并且通过沿着预定的接合路径的摩擦搅拌焊接将第一构件接合到第二构件,使得接合路径内的增强纤维的平均体积分数与接合之前的复合构件的平均体积分数基本相同。 纤维增强部件包括:第一和第二部件,各自具有分布在其中的增强纤维的金属基体。 第一构件通过沿着预定的接合路径的固态接合而结合到第二构件,使得在接合路径中的增强纤维的平均体积分数与其余构件中的平均体积分数基本相同。
    • 6. 发明授权
    • Method and apparatus for cutting sheet material
    • 切割片材的方法和装置
    • US06575070B1
    • 2003-06-10
    • US09495266
    • 2000-01-31
    • Friedrich PeyerlDavid S. AlvarezPaul S. Manicke
    • Friedrich PeyerlDavid S. AlvarezPaul S. Manicke
    • B26D1547
    • B26D1/48B26D1/547B26D1/5475Y10T83/04Y10T83/8822Y10T83/9292
    • Apparatus for cutting a sheet of material along a preselected line. The apparatus includes a table having an upper surface sized and shaped for receiving the sheet of material. In addition, the apparatus includes a wire positionable adjacent the upper surface of the table and generally vertically below the preselected line on the sheet of material when the sheet of material is received by the upper surface of the table. Further, the apparatus includes an elongate guide positionable above the sheet of material when the sheet is received by the upper surface of the table for holding the sheet of material in position with respect to the wire and the upper surface of the table. The apparatus also includes a device engageable with the wire for pulling the wire upward through the sheet of material to cut the sheet of material along the preselected line.
    • 用于沿着预选线切割材料片的设备。 该装置包括具有尺寸和形状用于容纳该材料片的上表面的工作台。 此外,该装置包括一个可定位在桌子的上表面附近的线材,并且当片材材料被桌子的上表面接收时,该片材可以垂直地位于片材材料上的预选线上。 此外,当纸张被桌子的上表面接收时,该装置包括可定位在材料片上方的细长导向件,用于将片材材料相对于线材和桌子的上表面保持在适当位置。 该装置还包括可与线接合的装置,用于将线材向上拉动穿过该片材料以沿预选线切割材料片。
    • 7. 发明授权
    • Friction stir welding of metal matrix composites
    • 金属基复合材料的摩擦搅拌焊接
    • US07879454B2
    • 2011-02-01
    • US12340061
    • 2008-12-19
    • Paul S. ManickeEarl Claude Helder
    • Paul S. ManickeEarl Claude Helder
    • B32B15/00
    • B23K20/129B23K20/122B23K2101/18B23K2103/16Y10T428/12493Y10T428/24124Y10T428/249927
    • A fiber-reinforced component is formed of a first composite member including a metal matrix with reinforcing fibers having a diameter and a length distributed therein in a selected orientation and a second composite member including a metal matrix with reinforcing fibers having a diameter and a length distributed therein in a selected orientation. The first composite member is bonded to the second composite member by a solid state bond along a predetermined joint path, such that an average volume fraction of the reinforcing fibers of the first composite member and the second composite member within the joint path is substantially the same as an average volume fraction of the reinforcing fibers of the first composite member and the second composite member within the remainder of the fiber-reinforced component.
    • 纤维增强部件由包括金属基体的第一复合构件形成,所述金属基体具有以选定取向分布在其中的直径和长度的增强纤维,以及包括具有直径和长度分布的增强纤维的金属基体的第二复合构件 在其中以选定的方向。 第一复合构件通过沿着预定的接合路径的固态接合而结合到第二复合构件,使得第一复合构件和第二复合构件的增强纤维在接合路径内的平均体积分数基本相同 作为第一复合构件和第二复合构件的增强纤维在纤维增强部件的剩余部分内的平均体积分数。
    • 8. 发明申请
    • FRICTION STIR WELDING OF METAL MATRIX COMPOSITES
    • 金属基复合材料的摩擦焊接
    • US20080156846A1
    • 2008-07-03
    • US11618246
    • 2006-12-29
    • Paul S. ManickeEarl Claude Helder
    • Paul S. ManickeEarl Claude Helder
    • B23K20/12
    • B23K20/129B23K20/122B23K2101/18B23K2103/16Y10T428/12493Y10T428/24124Y10T428/249927
    • A method of making a fiber-reinforced component includes: providing a first composite member having a metal matrix with reinforcing fibers distributed therein; providing a second composite member having a metal matrix with reinforcing fibers distributed therein; and joining the first member to the second member by friction stir welding along a predetermined joint path, such that an average volume fraction of the reinforcing fibers within the joint path is substantially the same as an average volume fraction thereof in the composite members before joining. A fiber-reinforced component includes: first and second members each having a metal matrix with reinforcing fibers distributed therein. The first member is bonded to the second member by a solid state bond along a predetermined joint path, such that an average volume fraction of the reinforcing fibers within the joint path is substantially the same as an average volume fraction thereof in remainder of the members.
    • 制造纤维增强部件的方法包括:提供具有分布在其中的增强纤维的金属基体的第一复合部件; 提供具有金属基体的第二复合构件,其中分布有增强纤维; 并且通过沿着预定的接合路径的摩擦搅拌焊接将第一构件接合到第二构件,使得接合路径内的增强纤维的平均体积分数与接合之前的复合构件的平均体积分数基本相同。 纤维增强部件包括:第一和第二部件,各自具有分布在其中的增强纤维的金属基体。 第一构件通过沿着预定的接合路径的固态接合而结合到第二构件,使得在接合路径中的增强纤维的平均体积分数与其余构件中的平均体积分数基本相同。
    • 9. 发明授权
    • Resin transfer imidization of polyimide matrix composites
    • 聚酰亚胺基复合材料的树脂转移酰亚胺化
    • US6036900A
    • 2000-03-14
    • US684374
    • 1996-07-19
    • Russel F. MunkPaul S. ManickeJack D. Fudge, Jr.
    • Russel F. MunkPaul S. ManickeJack D. Fudge, Jr.
    • B29C70/48B29C45/14
    • B29C70/48B29K2079/08
    • A process is provided for producing high temperature composite components from a thermosetting polyimide resin system, and more particularly to an in-mold technique for impregnating a reinforcement fiber preform with the polyimide resin system, and thereafter imidizing the polyimide resin system in such a way that exposure to the uncured (nonimidized) polyimide resin system is minimized. The process entails an injection technique that ensures complete impregnation and wetting of the reinforcing fabric, and complete removal of the condensation byproducts formed during imidization. The imidized component is then cured by heating the component to a temperature sufficient to remelt the polyimide resin system, and then applying pressure and additional heat to cause the polyimide resin system to cross-link to produce the desired composite component. The process results in a fiber-reinforced polyimide matrix component characterized by a void content of less than about three percent.
    • 提供了一种用于由热固性聚酰亚胺树脂体系制造高温复合组分的方法,更具体地说,涉及用聚酰亚胺树脂体系浸渍增强纤维预成型体的模内技术,然后将聚酰亚胺树脂体系酰亚胺化,使得 未固化(非亚胺化)聚酰亚胺树脂体系的暴露最小化。 该方法需要一种注射技术,确保增强织物的完全浸渍和润湿,并完全除去酰亚胺化期间形成的缩合副产物。 然后通过将组分加热到足以重熔聚酰亚胺树脂体系的温度,然后施加压力和额外的热量使酰亚胺化的组分交联以产生所需的复合组分,使其固化。 该方法产生纤维增强的聚酰亚胺基质组分,其特征在于空隙含量小于约3%。