Present status of Data-Free-Way (distributed database system for advanced nuclear materials)

Tsuji, Hirokazu; Yokoyama, Naoto; Fujita, Masaya; Kurihara, Yutaka; Kano, Shigeki; Tachi, Yoshiaki; Shimura, Kazuki; Nakajima, Ryota; Iwata, Shuichi

doi:10.1016/s0022-3115(98)00805-8

Cited by 5 publications

(5 citation statements)

References 18 publications

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“…It is necessary to collect the data to establish a systematic and hierarchical database for analysis of various properties and for further optimization and redesign of CLAM. Development of the Fusion Materials Database System (FUMDS) is underway in ASIPP based on other databases established and under development in other countries [29][30][31][32]. For analysis and comparison with data on other fusion structural materials, the database is extended to include data on worldwide researched RAFMs, Valloys and SiC f /SiC composites etc.…”

Section: Activation Simulation and Analysismentioning

confidence: 99%

Progress in development of China Low Activation Martensitic steel for fusion application

Huang

et al. 2007

Journal of Nuclear Materials

233

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Section: Activation Simulation and Analysismentioning

confidence: 99%

Progress in development of China Low Activation Martensitic steel for fusion application

Huang

et al. 2007

Journal of Nuclear Materials

233

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“…In order to satisfy the need of research and production, a large number of material databases were developed by material scientists at home and abroad [14] . The distributing database system named "Data-Free-Way" was developed collaboratively by four research institutes (NRIM, JAERI, PNC, and JST) in Japan in which a great deal of information about advanced nuclear materials was accumulated [12,15] . Rolf and Jacek established a metal material database which covered material specification, metallographic characteristics, property data, and microstructural images.…”

Section: Organization Management Retrieval Filtration and Correlatmentioning

confidence: 99%

Materials informatics and study on its further development

2006

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Nowadays, with the development of materials science and technology and with the continuous emergence of new materials, technologies, processes and methods, proliferation and complexity of material science data have increased enormously. Therefore, difficulties encountered by researchers are how to manage and store various material science data efficiently, how to dig out valuable data to a great extent, and how to share the resources of material data and realize knowledge innovation when engaging in material science researches. The quick development of information technology and computer network technology provides possibility for the solution of these existing problems. With the combination of material science and information science for the material science research, materials informatics, a new discipline, has emerged and developed quickly. Materials informatics is a cross or edge discipline with the combination and permeation of material science and information science. , through combining traditional disciplines and information technology, a number of new disciplines have been established. Among the established disciplines, bioinformatics and chemoinformatics are the good examples. Their emergences and developments have facilitated the development of biology and chemistry greatly. Through referring to the development and research experience of bioinformatics and chemoinformatics, and combining the characteristics of material science (the variety of relevant data and the range of materials, processes, and properties [3] ), we propose here the definition of materials informatics and expound its concept. Materials informatics is a new subject that leverages information technology and computer network technology to represent, parse, store, manage and analyze the material data, in order to realize the sharing and knowledge mining of materials data, uncover the essence of material, and accelerate the new material discovery and design. Firstly, materials informatics is a branch of material sciences, and the objects and intentions of the research belong to the field of material sciences. Secondly, the means of the research are information and network technology. The content of the research is how to leverage the technologies to realize the representation, interpretation, storage, management and analysis of material data. Lastly, the aim of the research is to realize the sharing and knowledge mining of material data, uncover the essence of material, and accelerate and improve the development of new material discovery and design. Status of research and application of materials informatics at home and abroadThe proposition of materials informatics brought strong impact to the field of material research and industry. Many countries established special institutes and enterprises to engage in the active research of materials informatics and its products.

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“…In general, to indentify the system requirements of users correctly palys the key role for successful development of computerization system [1]. The system that is unable to satisfy the basic expectations of users shows the tendancy towards a failure.…”

Section: System Requirement Identificationmentioning

confidence: 99%

“…Among various types of material information, plant engineers frequently require information of standards, chemical composition, physical properties, mechanical properties, corrosion characteristics, environments of material usage, and etc [1,3]. By the way, most of these data available in the field exist in document forms with the name of material handbook, facility specification, standard book, and so forth.…”

Section: Introductionmentioning

confidence: 99%

Development of Integrated Materials Database System for Plant Facilities Maintenance & Optimization

Jang

Jung

Kim

2005

KEM

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Features of the materials database system for plant facilities management are discussed here. Korea Electric Power Research Institute (KEPRI) has developed web-based materials database system for power plant engineers with an aim to give them the integrated materials information which is needed in solving material-related problems frequently occurred in plant maintenance activities. The materials database system contains more than twenty thousands material standard data of eight countries including chemical composition, mechanical properties, and their applications in the power plant facilities. Using the system, users can find useful information of equivalent material standards and physical or chemical environments where the material is applied. Integration of material data with facility data is expected to give more valuable information to plant engineers in solving their material related problems. The database system also adopted state-of-arts extensible markup language (XML) technology and was designed to share its data easily with other information systems such as plant engineering expert system, materials management system, enterprise resource planning (ERP) system and so on.

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Present status of Data-Free-Way (distributed database system for advanced nuclear materials)

Cited by 5 publications

References 18 publications

Progress in development of China Low Activation Martensitic steel for fusion application

Progress in development of China Low Activation Martensitic steel for fusion application

Materials informatics and study on its further development

Development of Integrated Materials Database System for Plant Facilities Maintenance & Optimization

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