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Physical and Mechanical Properties Microstructure and Fractography of
Graphite Dispersed FeCuSiSn Alloy Bearing by Powder Metallurgy
High Density High Strength NickelMolybdenumManganese Metal
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0.6 Phosphorus Content 410L stainless steel Advances in Powder alloy powder Ancorsteel apparent hardness as-sintered Astaloy CrM austenite bainite base powder binder-treated boron carbon content chromium compacting pressure composition cooling rate copper Cu-Sn phase D.AE Damascene decarburization decreased Density g/cm3 diffusion alloyed dimensional change direct hardening ductility effect elongation fatigue strength Fe matrix ferrite ferrous forge welding furnace graphite green density heat treatment higher impact energy increased iron powder latch cone lower martensite material sintered mechanical properties Metallurgy & Particulate microhardness microstructure MnS powder molybdenum MPa 45 tsi MPIF nickel Nickel additions Particulate Materials pattern welding pearlite pore porosity potassium sulfate powder forged Powder Metallurgy pre-alloyed precision forged Rapid Solidification samples sintered shows sinter-hardened sintered and tempered sintered at 2050°F sintered density sintering temperature sodium sulfate spinodal stainless steel powder steel powder compacts sulfate additions Table transverse rupture ultimate tensile strength warm compacted yield strength