desired article application_number US 88351892 A description the alloy to be used in the practice of this invention can be an alpha beta or near alpha titanium alloy typical alloys include the following ti 6al 4v ti 6al 6v 2sn ti 8mn ti 7 al 4mo ti 4 5al 5mo 1 5cr ti 6al 2sn 4zr 6mo ti 5al 2sn 2zr 4mo 4cr ti 6al 2sn 4zr 2mo 2cr ti 3al 2 5v ti 5al 2 5sn ti 8al 1mo 1v ti 6al 2sn 4zr 2mo 0 1si ti 6al 2nb 1ta 0 8mo and ti 2 25al 11sn 5zr 1mo the alloy may further contain up to about 6 weight percent of a dispersoid such as boron thorium or rare earth elements referring to the drawings fig1 illustrates a bellcrank 10 having a bore 12 with keyway 14 for attachment to a shaft not shown bellcrank 10 comprises arms 16 and 18 each having a bore 20 or other means for attachment to an operating linkage not shown bellcrank 10 is reinforced with a plurality of embedded fibers where the arms 16 and 18 intersect indicated by the shaded area 22 bellcrank 10 is fabricated from to segments 24 and 26 shown in fig3 and 4 each of the segments comprises portions of the arms 16 and 18 and the bores 12 and 20 as described above in the embodiment shown the segments 24 and 26 are virtually mirror images except that segment 26 also comprises a shallow cavity 28 each of the segments has a mating surface 30 segments 24 and 26 can be cast using any casting technique known in the art for complex shapes such as turbine blades investment casting is the.