The HybriD3 materials database is online.
The logical organization and the physical structure of the material series database and the material performance database were designed, as well as the software system was developed based on the Oracle and the J2EE technology.
Finally, an equivalent safety factor concept is proposed to promote probabilistic structural design and the perspective to achieve a MEMS material strength database is discussed.
In addition, a nuclear material database FUMDS is introduced, which is under development based on the requirement for CLAM data management.
The High Throughput Experimental Materials (HTEM) database is a collection of more than 140,000 sample entries of data on inorganic thin-film materials for advanced energy research.
To use this model, two material characteristics databases are constructed based on the process parameters: (i) the thickness of a dry/wet fabric preform at different compaction pressures, and (ii) the permeability of the preform at different thicknesses.
The majority of material types listed in the database are archeological.
Three kinds of database including the material database, pass design database, and product database are devised using Microsoft Access, which can be directly edited, corrected, and searched.
The paper overviews activities focused on qualification of EUROFER97 structural material, introduced under a probationary phase in the nuclear components design and construction code RCC-MRx, and identification/analyses of gaps in the respective material database to be filled in.
The material for the database was gathered using a binaural audio recording setup, where a person is wearing the microphones in his/her ears during the recording.
