Sentence examples for qualification of materials from inspiring English sources

Testing methodologies for the qualification of materials is discussed in the context of hydrogen diffusion and solubility in each material.

The observed results are then discussed in front of safety considerations for the redaction of standards for the qualification of materials dedicating to hydrogen transport.

To utilize the huge innovation potential of both original equipment manufacturers (OEMs) and suppliers, a widely accepted test standard for the qualification of materials for use in high purity/high pressure H2 applications, especially under S N fatigue load, is urgently needed.

This component test facility (CTF) would complement and extend the qualification of materials by IFMIF and could operate in association with DEMO thus reducing the risk of delays, and extending the options, during this crucial stage of the development of commercial fusion power.

This is a result of the industrial interest to partially replace the experimental tests required to certify new composite components (qualification of materials, design allowables, sub-components and full components) by virtual (numerical) tools able to simulate the inelastic response of the composite materials up to structural failure.

LLCB TBM R&D activities are primarily focused on (i) development of technologies related to various process systems such as Helium, Pb Li liquid metal and tritium, (ii) development and qualification of blanket materials viz., structural material (IN-RAFMS), tritium breeding materials (Pb Li, and Li2TiO3), (iii) development and qualification of fabrication technologies for TBM system.

One of the crucial aspects of fusion research is the optimisation and qualification of suitable materials and components.

Initially, melt flow index (MFI) test confirms the qualification of this material, as an alternative material for the fabrication of FDM filament.

The approach to designing such materials with microstructural features necessary to achieve desired properties is discussed in the context of the "Systems Approach," [1] which in recent years has enabled the rapid design, qualification, and insertion of materials in structural applications at much lower cost, which was made possible by advances in computational modeling and simulation.

Questions like the choice and qualification of high temperature materials, the tritium contamination of the product gas and the aspects of licensing are key points of the technical realisation of nuclear process heat applications.

The effects of these solvents on the crystal-quality, morphology and electrochemical qualification of the produced materials have been evaluated in terms of the heating efficiency in the microwave field by using various opto-analytical techniques and electrochemical measurements.