Issue 54

B. Bartolucci et alii, Frattura ed Integrità Strutturale, 54 (2020) 249-274; DOI: 10.3221/IGF-ESIS.54.18

Scopus

N° TOT

Google Scholar

N° TOT

(S 1 )

62

(G 1 )

30

(S 2 )

49

(G 2 )

30

(S 3 )

5

(G 3 )

30

(S 4 )

56

(G 4 )

30

(S 5 )

3

(G 5 )

30

(G 6 )

30

(G 7 )

30

(G 8 )

30

N° TOT REF

N° TOT REF

12 8 Table 1: Papers research made by Scopus and Google Scholar. Table Upper Part: N° TOT refers to the total number of the papers found, after the first step application in the selection process per each keyword. Table Bottom Part: N° TOT REF refer to the total number of papers selected after the second step application in the selection process.

Figure 2: Geographic distribution of the countries and principal Universities involved in this research topic. Created with “MapChart” (Credit: https://mapchart.net/) In general, the expertise and scientific background of the authors involved in experimental and theoretical studies on the mechanical properties of woods are labelled by both Scopus and Google Scholar platforms as “Material Sciences”, “Agricultural and Biological Sciences” and “Engineering” subjects’ areas. The subjects of each retrieved document are analysed using topic labels based on the background of the authors and on the keywords used in their publications. Fig. 3 reports in the inner ring the subjects as obtained by Scopus, while in the outer ring the subjects by Google Scholar.

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