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Strengthening additively manufactured Inconel 718 through in-situ formation of nanocarbides and silicides by Emre Tekoğlu; Alexander D. O’Brien; Jian Liu; Baoming Wang; Sina Kavak; Yong Zhang; So Yeon Kim; Shitong Wang; Duygu Ağaoğulları; Wen Chen; A. John Hart; Ju Li is a Engineering article available to read on EtoBox.
What is Strengthening additively manufactured Inconel 718 through in-situ formation of nanocarbides and silicides about?
We report additive manufacturing (AM) of a nickel superalloy metallic matrix composite (Ni-MMC) using laser powder bed fusion (LPBF). Nanoceramic-containing composite powders were prepared by high-speed blender declustering and ball milling of as-received SiC nanowires (2 vol%) and Inconel 718 alloy powders, which produced a homogeneous decoration of SiC on the surfaces of Inconel particles. Analysis of the as-printed specimens revealed the dissolution of SiC nanowires during laser melting, leading to the in-situ formation of Nb- and Ti-based silicide and carbide nanoparticles. These in-situ formed nanoparticles resulted in a more desirable solidification microstructure of the AM Inconel 718 with fewer printing defects (cracks and pores) and slightly refined grain sizes. Mechanical characterization of the as-printed Ni-MMCs revealed notable increases in hardness, yield strength (by 16%), and ultimate tensile strength (σUTS, by 12%) compared to the reference samples without SiC addition. After heat treatment, the same composite samples displayed a 10% higher σUTS compared to identically treated unreinforced material while maintaining ∼14% total tensile elongation. We believe this in
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- Author
- Emre Tekoğlu; Alexander D. O’Brien; Jian Liu; Baoming Wang; Sina Kavak; Yong Zhang; So Yeon Kim; Shitong Wang; Duygu Ağaoğulları; Wen Chen; A. John Hart; Ju Li
- Publisher
- Elsevier BV
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)