Abstract. We consider a concept of databases for the numerical and physical experiments in the information management system used for new materials development. For this purpose, brief analysis of information systems and databases for large-scale experiments has been performed. Special features and general approach to the templates of the functional requirements are suggested.Keywords: big data technology, the genome of materials innovation infrastructure materials, prediction of new materials, the pattern of requirements One of the major issues tackled by the leading engineering departments and individual production engineers developing products for the aerospace branch with the use of new materials involves making all the strength calculations (structural analysis) with regard of such materials under consideration of mechanical, thermophysical and other features at the macro-level. At the micro-level though (the microstructure field) materials pertain to anisotropy of structure due to availability of heterogeneous phase composition, point-type and other localized defects, nonuniformity of crystal composition, foreign inclusions, etc. These localized defects as well as external micro-mechanical damages of the parts' surface give rise to crack formation and development, which in their turn lead to off-design cases and breakdowns of parts in the process of their operational use and maintenance. It is especially true with regard to composite materials with mechanical alloying, compounds of the 'binding-reinforcing fiber' type and others. Well-known are cases (e.g., at the AIRBUS and BOEING companies), when compound parts were withdrawn from manufacturing final products due to the mentioned reasons.
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