High temperature Oxidation of ODS alloy with zirconia dispersions synthesized using Arc Plasma Sintering

Microstructure and Deformation of 57Fe17Cr25NiSi Austenitic Super Alloy after Arc Plasma Sintering

“…Such material has great potential for use in a variety of high-temperature applications (Effendi et al, 2012;Effendi & Jahja, 2014). In this study, a new 57Fe17Cr25NiSi non-standard super alloy is produced using a new Arc Plasma Sintering (APS) method (Bandriyana et al, 2017) conducted at high temperature. APS has been developed at PSTBM-BATAN and has proven to be successful in reducing both time and energy consumption in the manufacturing process.…”

Microstructure and phase analysis of Zirconia-ODS (Oxide Dispersion Strengthen) alloy sintered by APS with milling time variation

“…After milling, the samples were pressed by isostatic pressing machine with the compression load of 20 Ton to form sample with coins formed. The samples were then consolidated by sintering process in the APS (Arc Plasma Sintering) for 4 minutes referred to the sintering time for processing the ODS steel with 12 Cr content [5]. APS is a new experimental sintering device developed at the PSTBM with schematic diagram as illustrated in Figure 1.…”

SINTESIS PADUAN BARU BAJA OXIDE DISPERSION STRENGTHENED (ODS) FERITIK Fe-Cr-Al-W-Ti-Zr DENGAN DISPERSOID Y2O3 SEBAGAI KANDIDAT MATERIAL CLADDING ELEMEN BAKAR REAKTOR NUKLIR DENGAN METODE MEKANOSINTESIS

“…Beberapa material kelongsong telah dikembangkan di Laboratorium Fisika Material BRIN-Tamansari Bandung untuk dimanfaatkan dalam pengembangan desain struktur reaktor masa depan [4], [5]. Penelitian dan pengembangan material untuk kelongsong elemen bakar nuklir yang sedang berkembang dengan pesat saat ini adalah baja Oxide-Dispersion Strengthened (ODS) [6]- [9]. Berdasarkan hasil penelitian D.T.…”