Table 5.
Summary of studies including titanium alloys, listed by the average number of citations, taking into account the number of years the article has been published.
| Ref. | Citations Averaged | Publication Type | Year | Material(s) | Key Topics Addressed | Origin |
|---|---|---|---|---|---|---|
| [21] | 75.80 | Q1 | 2016 | Ti/Al/steel | 1 AM | United Kingdom |
| [63] | 50.67 | Q2 | 2015 | Ti | 5 M | China |
| [16] | 21.00 | Q1 | 2016 | Ti/FRP | 5 M | France |
| [32] | 16.00 | * PP | 2015 | Ti | 1 AM/3 SoA | Germany |
| [35] | 16.00 | Q2 | 2018 | Ti | 1 AM/3 SoA | Australia |
| [30] | 8.67 | * PP | 2018 | Ti/steel | 1 AM/4 * WT | Spain |
| [23] | 8.33 | * PP | 2015 | Ti | 5 M | USA |
| [22] | 5.5 | Q1 | 2017 | Ti/FRP | 2 HC/5 M | China |
| [31] | 5.5 | Q1 | 2017 | Ti/Al/steel | 1 AM/3 SoA | USA |
| [29] | 4.23 | * PP | 2013 | Ti/FRP | 5 M | India |
| [64] | 1.88 | Q1 | 2008 | Ti/Ni | 5 M/3 SoA | China |
* Proceedings Paper; 1 Additive manufacturing; 2 Hybrid Component; 3 State of Art; 4 Welding Technology; 5 Machining.