In the INTRODUCTION section, an overview of the world's scientific publications is presented. It confirms the absence of a solution to the problem in literary sources and indicates predecessors on whose studies the work is based. The literature review should be a critical analysis of scientific publications. It must justify (motivate) the need for research, done by the author of the article. From the literature review the formulation of the study’s relevance follows. In this section, the author describes the research subject and lists its parameters in numerical and/or logical values. The aim and objectives of the research are formulated.
A representative list of literature characterizes the relevance and qualitative level of research conducted by the author. These recommendations are compiled in accordance with global trends and contribute to greater openness of scientific publications as well as improve the performance of articles and their authors in databases.
Recommendations on completeness and representativeness
- Volume. It is recommended to include in the list of references scientific articles, monographs, conference proceedings, electronic resources with a date of reference. The list of references should include at least 20 scientific publications available to a wide range of English-speaking readers.
Available publications are:
1.1. Scientific publications indexed in Scopus or Web of Science databases. Such publications should be at least 12.
1.2. Open access scientific publications in English in peer-reviewed scientific sources.
1.3. Open access scientific publications and patents in a language other than English in peer-reviewed scientific sources and have English-language metadata (source name, title of the article, author's data, abstract, key words, list of references) links to the publication.
1.4. Interstate or normative English-language documents used in many states.
It is strongly recommended not to include textbooks, teaching aids, lecture notes and other educational literature in the article.
- Relevance. For a representative review of the literature it is necessary that the sources were relevant. We recommend to have in the list of literature at least 8 articles from scientific journals not older than 10 years, 6 of them not older than 3 years.
- Geography. According to the requirements of the journal, the literature review should confirm the lack of a solution to the stated goal in the world literature, and therefore recommend that you have in the references not only your country but also foreign publications. The recommended volume is not less than half of the total number of sources in the literature list. Foreign sources are publications published in a foreign journal (not your country). The language of publication in this case is irrelevant.
- Self-citation. Within the limits of self-citation it is not recommended to have more than 5 sources, the authors or co-authors of which are the authors of the article.
Requirements for the list formating
Correctly written description of the source is a guarantee that the cited publication will be taken into account when assessing the author's scientific activity and, as a consequence, the organization.
The quoted literature is given in the general list at the end of the article in the order of mentioning in the text. The ordinal number in the text is enclosed in square brackets (e.g. , [11, 12], [16–20]). The article should contain references to all sources from the list of references.
We kindly ask you, when referring to a source, use its official metadata in both Cyrilic and Latin as indicated in the source.
It is highly appreciated to use DOI, if it is available.
For the correct format of References, we recommend using the free software Mendeley.
To use the program you need to install:
Our style for list of references can be downloaded by entering the link: https://csl.mendeley.com/styles/21715231/SPBPU-MCE-2019-08-07
Examples of reference list formating:
Niemi, E. Structural Stress Approach to Fatigue Analysis of Welded Components. Designer’s Guide. London, 2000. 102 p.
Taylor, H.F.W. Cement chemistry. 2nd edn. Thomas Telford. London, 1997. 476 p.
Alizadeh, R., Beaudoin, J.J., Raki, L. Mechanical properties of calcium silicate hydrates. Materials and Structures. 2011. 44(1). Pp. 13–28.
Shepelenko, T.S., Sarkisov, Y.S. Corrosion products of cement, as effective modifiers increase the strength of cement systems. Australian Journal of Scientific Research. 2014. No. 1. Pp. 374–381.
- conference paper
Petrova, T.M., Smirnova, O.M., Stasiuk, I.A., Dzhashi, N.A. Influence of Portland cement properties on the early strength of concrete with polycarboxylate-based superplasticizers. Proceedings of 18. Internationale Baustofftagung. IBAUSIL. Weimar, 2012. Pp. 660–667.
Calvo, G.J.L. Performance of concrete in precast products due to heat curing. Proceedings of XIII International Congress on the chemistry of cement. Madrid, 2011. 183 p.
- electronic resource
Simões, I., Simões, N., Tadeu, A. Laboratory assessment of thermal transmittance of homogeneous building elements using infrared thermography. [Online]. System requirements: AdobeAcrobatReader. URL: http://dx.doi.org/10.21611/qirt.2014.081 (date of application: 03.10.2016).
Pye, G.B., Arnott, M.R., Beaudoin, J.J., Tumidajski, P.J., Myers, R.E. Conductive concrete composition. Patent Canada CA 2404513C, 2007.