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    • 4. 发明授权
    • Method of producing a turbine component with multiple interconnected layers of cooling channels
    • 制造具有多个相互连接的冷却通道层的涡轮机部件的方法
    • US08042268B2
    • 2011-10-25
    • US12052937
    • 2008-03-21
    • Douglas J. ArrellAllister W. JamesAnand A. Kulkarni
    • Douglas J. ArrellAllister W. JamesAnand A. Kulkarni
    • B23P15/04
    • B21D53/78B22D25/00Y10T29/4932Y10T29/49341Y10T29/49885Y10T29/4998Y10T29/49982
    • A method for making a gas turbine component (100). A central core (20) is positioned to occupy a space that will define a central channel (42), and an outer channel core (30) is positioned spaced apart from the central core (20). A mold (35) is formed around the central core (20) and the outer channel core (30), so that an exterior wall (32) contacts the mold (35). A substrate material, such as a metal alloy (247) in liquid form, is added to the mold (35) to form an internal volume (41) of the component (100). The central core (20) and the outer channel core (30) are removed, and interconnect channels (44) are formed between the thus-formed central channel (42) and the inner portion (49) of the outer channel (62) thus far formed. A preform (55) is placed into the inner portion (49) and may have a desired outer surface (57) shape. An overlay material is applied to form an outer layer (60), thus defining the remainder of the outer channel (62), which is obtained upon removal of the preform (55).
    • 一种制造燃气轮机部件(100)的方法。 中心芯(20)定位成占据将限定中心通道(42)的空间,并且外通道芯(30)定位成与中心芯(20)间隔开。 围绕中心芯(20)和外通道芯(30)形成模具(35),使得外壁(32)接触模具(35)。 液体形式的金属合金(247)等基板材料被加入到模具(35)中以形成部件(100)的内部容积(41)。 去除中心芯(20)和外通道芯(30),并且互连通道(44)形成在如此形成的中心通道(42)和外通道(62)的内部部分(49)之间,因此 远远形成。 将预成型件(55)放置在内部部分(49)中并且可以具有期望的外表面(57)形状。 施加覆盖材料以形成外层(60),从而限定了在移除预成型件(55)时获得的外部通道(62)的剩余部分。
    • 5. 发明授权
    • Co-forged steel rotor component for steam and gas turbine engines
    • 用于蒸汽和燃气涡轮发动机的共锻钢转子部件
    • US07950146B2
    • 2011-05-31
    • US11784988
    • 2007-04-10
    • Douglas J. ArrellAllister W. James
    • Douglas J. ArrellAllister W. James
    • F01D5/02F01D5/34
    • B23P15/006B21J1/00B21K1/32B21K3/00F01D5/02Y10T29/4932Y10T29/49321
    • A method of forming a rotor for a turbine engine such that the rotor is formed of two materials including: an outer ring formed from a first steel material, and a disk formed from a second material, such as a low alloy steel, having a larger thermal expansion coefficient than the first material forming the inner disk. The ring may include an inner aperture having a conical shape, and the disk may have an outer surface with a conical shape and a diameter with a portion that is larger than a portion of the ring. The ring may be heated such that the aperture expands to a size greater than the largest diameter of the inner disk. The ring may be positioned over the disk and allowed to cool to allow the ring to be attached to the disk. The ring and disk may then be co-forged.
    • 一种形成涡轮发动机的转子的方法,使得转子由两种材料形成,包括:由第一钢材形成的外圈和由诸如低合金钢的第二材料形成的盘,其具有较大的 热膨胀系数比形成内盘的第一种材料高。 环可以包括具有圆锥形状的内孔,并且盘可以具有圆锥形的外表面和具有大于环的一部分的部分的直径。 可以加热环,使得孔扩大到比内盘最大直径大的尺寸。 环可以定位在盘上并允许冷却以允许环附接到盘。 然后可以共同锻造环和盘。
    • 9. 发明申请
    • Method of Producing a Turbine Component with Multiple Interconnected Layers of Cooling Channels
    • 制造具有冷却通道多个互连层的涡轮机部件的方法
    • US20090235525A1
    • 2009-09-24
    • US12052937
    • 2008-03-21
    • Douglas J. ArrellAllister W. JamesAnand A. Kulkarni
    • Douglas J. ArrellAllister W. JamesAnand A. Kulkarni
    • B23P15/02B21D53/78B22D25/06
    • B21D53/78B22D25/00Y10T29/4932Y10T29/49341Y10T29/49885Y10T29/4998Y10T29/49982
    • A method for making a gas turbine component (100). A central core (20) is positioned to occupy a space that will define a central channel (42), and an outer channel core (30) is positioned spaced apart from the central core (20). A mold (35) is formed around the central core (20) and the outer channel core (30), so that an exterior wall (32) contacts the mold (35). A substrate material, such as a metal alloy (247) in liquid form, is added to the mold (35) to form an internal volume (41) of the component (100). The central core (20) and the outer channel core (30) are removed, and interconnect channels (44) are formed between the thus-formed central channel (42) and the inner portion (49) of the outer channel (62) thus far formed. A preform (55) is placed into the inner portion (49) and may have a desired outer surface (57) shape. An overlay material is applied to form an outer layer (60), thus defining the remainder of the outer channel (62), which is obtained upon removal of the preform (55).
    • 一种制造燃气轮机部件(100)的方法。 中心芯(20)定位成占据将限定中心通道(42)的空间,并且外通道芯(30)定位成与中心芯(20)间隔开。 围绕中心芯(20)和外通道芯(30)形成模具(35),使得外壁(32)接触模具(35)。 液体形式的金属合金(247)等基板材料被加入到模具(35)中以形成部件(100)的内部容积(41)。 去除中心芯(20)和外通道芯(30),并且互连通道(44)形成在如此形成的中心通道(42)和外通道(62)的内部部分(49)之间,因此 远远形成。 将预成型件(55)放置在内部部分(49)中并且可以具有期望的外表面(57)形状。 施加覆盖材料以形成外层(60),从而限定了在移除预成型件(55)时获得的外部通道(62)的剩余部分。