For titanium alloys of the same composition, different casting conditions, different casting sizes and wall thickness will affect the mechanical properties. The comparison of the mechanical properties of cast Ti6A14v titanium alloy rods under static casting and centrifugal casting conditions can be seen The centrifugal casting improves the mechanical properties of titanium alloy rods.
The mechanical properties of Ti6A14V titanium alloy rods with different wall thicknesses are due to the rapid cooling rate of falling wall castings, which can easily form chilled structures, and are not suitable for shrinkage and easy to form shrinkage defects. Thin-walled castings usually have higher tensile strength Strength and low plasticity. At the same time, it is also stated that when testing the mechanical properties of castings, it is necessary to specify the sampling location and clarify the index performance.
grade 1 titanium bar titanium alloy tubing titanium alloy sheet 6al4v titanium plate
The mechanical properties of Ti6A14V titanium alloy rods with different wall thicknesses are due to the rapid cooling rate of falling wall castings, which can easily form chilled structures, and are not suitable for shrinkage and easy to form shrinkage defects. Thin-walled castings usually have higher tensile strength Strength and low plasticity. At the same time, it is also stated that when testing the mechanical properties of castings, it is necessary to specify the sampling location and clarify the index performance.
grade 1 titanium bar titanium alloy tubing titanium alloy sheet 6al4v titanium plate
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