Additive friction stir deposition (AFSD) is a rapidly developing solid-state additive
manufacturing (AM) technology that enables the fabrication of customized products on a …

Abstract Low-enriched (∼ 19.75% 235 U) U-10Mo (wt%) foils were evaluated for both
mechanical and thermophysical properties to establish baseline characteristics prior to …

Studies were completed to obtain tensile mechanical properties for uranium-10 wt.%
molybdenum (U single bond 10Mo) foils which were subjected to four different …

Finite element (FE) analysis was used to simulate the strain history of an α-uranium foil
during cold straight-rolling, with the sheet modeled as an isotropic elastoplastic continuum …

Background In nuclear fuel plates of low-enriched U-10Mo (LEU) clad with aluminum by hot
isostatic pressing (HIP), post-irradiation stresses arising during reactor shutdown are a …

Monolithic fuels are being considered for conversion of high performance research and test
reactors. These plate-type fuels are comprised of a low enrichment, high density U-Mo alloy …

Background In nuclear fuel plates of low-enriched U-10Mo (LEU) clad with aluminum by hot
isostatic pressing (HIP), post-irradiation stresses arising during reactor shutdown are a …

The US High Performance Research Reactor program is pursuing development and
qualification of a new high density monolithic LEU fuel to facilitate conversion of five higher …

To investigate the effect of cooling on the thermo-mechanical behavior of U-10Mo fuel plate
during shutdown step, Finite Element (FE) analysis was performed on the plate L1P756 from …

The US High-Performance Research Reactor Program is pursuing development and
qualification of a new high-density monolithic fuel to facilitate conversion from highly …