The MASi repository service — Comprehensive, metadata-driven and multi-community research data management

Grunzke, Richard; Hartmann, Volker; Jejkal, Thomas; Kollai, Helen; Prabhune, Ajinkya; Herold, Hendrik; Aline, Deicke,; Dressler, Christiane; Dolhoff, Julia; Stanek, Julia; Hoffmann, Alexander; Müller-Pfefferkorn, R.; Schrade, Torsten; Meinel, Gotthard; Herres‐Pawlis, Sonja; Nagel, Wolfgang E.

doi:10.1016/j.future.2017.12.023

Cited by 15 publications

(9 citation statements)

References 27 publications

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“…Further, it also found non-standardised use of terms, uneven compliance and a less certification in online data repositories. Grunzke, R. et al 23 postulated that research data should be stored in a structured way so that it can be discovered conveniently. Consequently, data in the data repositories can be accessed by content and context.…”

Section: Literature Reviewmentioning

confidence: 99%

A Content Analysis of Indian Research Data Repositories Prospects and Possibilities

Bhardwaj

2019

DESIDOC Jl. Lib. Info. Technol.

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The study aims to trace the development of Indian research data repositories (RDRs) and explore their content with the view of identifying prospects and possibilities. Further, it analyses the distribution of data repositories on the basis of content coverage, types of content, author identification system followed, software and the application programming interface used, subject wise number of repositories etc. The study is based on data repositories listed on the registry of data repositories accessible at http://www.re3data.org.The dataset was exported in Microsoft Excel format for analysis. A simple percentage method was followed in data analyses and results are presented through Tables and Figures. The study found a total of 2829 data repositories in existence worldwide. Further, it was seen that 1526 (53.9 %) are open and 924 (32.4 %) are restricted data repositories. Also, there are embargoed data repositories numbering 225 (8.0 %) and closed ones numbering 154 (5.4 %). There are 2829 RDRs covering 72 countries in the world. The study found that out of total 45 Indian RDRs, only 30 (67 %) are open, followed by restricted 12 (27 %) and 3 (6 %) that are closed. Majority of Indian RDRs (20) were developed in the year 2014. The study found that the majority of Indian RDRs (17) are‘disciplinary’. Further, the study also revealed that statistical data formats are available in a maximum of 31 (68.9 %) Indian RDRs. It was also seen that the majority of Indian RDRs (28) has datasets relating to ‘Life Sciences’. It was identified that only 20% of data repositories have been using metadata standards in metadata; the remaining 80% do not use any standards in metadata entry. This study covered only the research data repositories in India registered on the registry of data repositories. RDRs not listed in the registry of data repositories are left out.

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Section: Literature Reviewmentioning

confidence: 99%

A Content Analysis of Indian Research Data Repositories Prospects and Possibilities

Bhardwaj

2019

DESIDOC Jl. Lib. Info. Technol.

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“…Data management methods are being developed to facilitate the storage of all types of image files and their embedding in other research data throughout the life cycle. [329][330][331]…”

Section: Overview and Possible Applicationmentioning

confidence: 99%

New perspectives on carbon reinforced concrete structures—Why new composites need new design strategies

Curbach,

Hegger,

Bielak

et al. 2024

Civil Engineering Design

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In civil engineering, carbon is typically regarded as a modern material to serve as reinforcement in concrete structures. Compared to steel reinforcement, it features two substantial benefits: It is not sensitive to corrosion, and has an enormously increased tensile strength. In contrast, carbon reinforcement is sensitive to lateral pressure and lacks the property of strain hardening. As a first step of establishing carbon reinforced concrete as a new building composite material, carbon reinforcement has basically served to replace the state‐of‐the‐art steel reinforcement. This target led to pioneering findings with respect to determining the material properties of the composite and developing advanced individual components. However, barely substituting steel by carbon does not allow to fully utilise the carbon's benefits while its disadvantageous properties reveal the limits of this approach. Instead, novel design principles are required to meet the material's nature aiming at appropriately using its beneficial properties.Currently, new construction principles are being researched for high‐performance building material combinations such as textile and carbon reinforced concrete. This paper provides an overview of baselines in the preliminary stages of this research. The overview includes history, inspiration, concrete matrices, non‐metallic reinforcement, structural elements, modelling, production, tomography, and sustainability. The objective of the study is to provide a baseline for the envisaged development of principles for future construction: radically new concepts for the design, modelling, construction, manufacturing, and use of sustainable, resource‐efficient building elements made of mineral building materials with the aim of entirely benefiting from the materials’ potential.This article is protected by copyright. All rights reserved.

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“…As part of the sustainability evaluation, 27,28 the material life cycle cost calculations are to be integrated into the development processes alongside the estimation of the ecological impact. The development of a new sustainability evaluation method will incorporate a metadata and database structure 29 that identifies sustainability aspects by means of an algorithm and automatically makes them available to the user.…”

Section: Concrete Production and Sustainability Aspectsmentioning

confidence: 99%

Collaborative research on carbon reinforced concrete structures in the CRC/TRR 280 project

Beckmann

Bielak

Bosbach

et al. 2021

Civil Engineering Design

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New materials allow new building designs and construction types. However, initial construction projects using the new materials show that traditional construction principles ‐ in the case of carbon reinforced concrete those derived from steel reinforced concrete ‐ are still being used. In other words, conventional materials are merely substituted. Only combined with intelligent construction strategies it is possible to exploit the full potential of innovative materials. Detached from established patterns of thought, the fundamentals for a new way of building with concrete are to be created in the frame of the Collaborative Research Centre Transregio (CRC/TRR) 280 project “Design Strategies for Material‐Minimised Carbon Reinforced Concrete Structures–Principles of a New Approach to Construction” at Technische Universität Dresden (TUD) and RWTH Aachen University. These are to be based on profound insights into the mechanical behavior of novel mineral structures. Innovative lightweight construction strategies and material composites reduce resource and energy consumption while maintaining high levels of usability, structural safety, and durability, while the aspirational esthetics make a valuable contribution to the culture of building. The long‐term research alliance of TUD and RWTH pools the excellent competencies, inspiring research into material‐minimized construction with mineral composites. The article highlights the research activities planned for the first period from July 2020 to June 2024.

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The MASi repository service — Comprehensive, metadata-driven and multi-community research data management

Cited by 15 publications

References 27 publications

A Content Analysis of Indian Research Data Repositories Prospects and Possibilities

A Content Analysis of Indian Research Data Repositories Prospects and Possibilities

New perspectives on carbon reinforced concrete structures—Why new composites need new design strategies

Collaborative research on carbon reinforced concrete structures in the CRC/TRR 280 project

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