In this study the micro-deformation mechanisms in an Al–Si cast alloy under stepwise
compressive loading up to a cumulated plastic strain of 9.7% are examined via detailed …

Fe–32Ni alloy has attracted the attention of researchers owing to its excellent thermal
expansion properties and mechanical properties. In this study, the macroscopic mechanical …

The compressive deformation behavior of a high-pressure die-cast Silafont®-36 aluminum
alloy was evaluated in relation to the microstructural changes during deformation. No strain …

Orientation-dependent plasticity in zirconium (Zr)-alloy, which is produced through ultrasonic
additive manufacturing (UAM) with subsequent hot-isostatic pressing (HIP), was analyzed by …

In this study, microstructure evolution and mechanical properties of 90W–7Ni–3Fe alloy
under different swaging levels were systematically examined, with an emphasis on the …

In light water reactors (LWR), it is necessary to decrease the thickness of the FeCrAl alloy
cladding to reduce neutron absorption to further reduce the impact on the reactor cycle …

This work systematically reports grain boundary radiation-induced segregation (RIS), and
insights into RIS mechanisms, in FeCrAl alloys. Recently, FeCrAl alloys have received …

Understanding the deformation behaviour of Zr alloys is important to develop rolling or
punching techniques for the fabrication of structural component in nuclear reactors. In this …

Iron chromium aluminum (FeCrAl) alloys have been regarded as candidate materials for
accident-tolerant fuel cladding. In this study, the stress-strain curves of various neutron …

Here, wire-arc additive manufacturing (WAAM) is employed to fabricate Al–Ce–Mg heat-
resistant aluminum alloy, considering its capability to manufacture large complex structures …