Additively Manufactured A625-GRCop42 Mechanical Test Data

Published: 25 November 2024| Version 1 | DOI: 10.17632/h2dsmmbpyx.1
Contributor:
Ariel Rieffer

Description

Mechanical testing of additively manufactured (DED) Alloy 625 deposited on AM (PBF-LB) GRCop-42. "heated" samples were thermally exposed at 1500F (816C) for 200 hours before being machined into round, tapered/threaded test bars. The "non-heated" samples were in machined from the as-built condition. Testing was completed using a Shimadzu Servopulser EHF-EV101K1. Tensile testing was executed at a test speed of 0.3mm/min. Fatigue testing was load controlled, fully reversed (+/- 150MPa) at 20 hertz. There was no intentional heating during testing, however the ambient temperature was approximately 100F. Tensile strength of thermally exposed (TE) samples was less compared to the as-built samples. All tests fractured at either the interface or in the GRCop-42 (copper alloy) side of the test bar. Note: The non-heat treat SN4 fatigue test stopped recording prior to fracture due to a controller error.

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Institutions

University of Arizona

Categories

Materials Science, Copper Alloys, Nickel Alloys, Mechanical Testing, Tensile Testing, Thermal Degradation, Fatigue Life, Directed Energy Deposition, Laser Powder Bed Fusion, Inconel 625

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