Guillaume stunned the scientific community in 1897 by reporting a very low CTE in Fe36Ni
alloy, which also named invar 36. The anomalous CTE feature makes invar 36 an …

Abstract Al-Mn-Fe-Si strips were fabricated via both the twin-roll casting (TRC) and the more
conventional route, direct-chill casting (DC). The two types of strips prepared were subjected …

This study elucidated the microstructure, defect formation, mechanical properties and
thermal expansion properties of the laser solid formed (LSF) Invar 36. Its macrostructure is …

Regularities of formation of thin foils (up to 100 μm) of high-entropy alloys (HEAs) of Cr-Fe-
Co-Ni-Cu system at electron beam physical vapor deposition (EB-PVD) were studied in the …

Firstly, Fe100− xNix nano powders with different Ni contents were fabricated by a liquid
phase reduction method in order to obtain an agent with excellent wave-absorbing …

Abstract The Fe50Ni50 alloy powders were successfully synthesized with the liquid phase
reduction method and then treated with the transverse magnetic field of 200 kA/m. The …

It is of great significance for designing different material compositions and batch
experimental research via using additive manufacturing. In this work, Invar36 and 316L …

The objective of this study was to determine the characteristics of brush-painted Ag
nanowires (NW) network electrode on a SiO2 coated invar substrate for high performance …

The highly-anticipated combination of the laser powder bed fusion (LPBF) process and the
Fe-Ni Invar alloy material leads to its even-puzzled thermal expansion behaviors. In this …

Abstract Fe-Ni based Elinvar alloys performing temperature-independent elastic modulus
over a wide temperature range have found wide and significant applications. Although …