Top 100 scientists can be ranked globally or specific to the following regions including Africa, Asia, Europe, North America, Latin America, Oceania, Arab League, ASEAN, EECA, and BRICS based on total H-index scores without any breakdown by subject areas. Top 100 rankings in the world, in a continent, or a region include standardized subjects areas of Agriculture & Forestry, Arts, Design and Architecture, Business & Management, Economics & Econometrics, Education, Engineering & Technology, History, Philosophy, Theology, Law/Law and Legal Studies, Medical and Health Sciences, Natural Sciences, Social Sciences, Art and Humanities Rankings and Social Sciences and Humanities Rankings BETA VERSION. Subject field ranking in world, region, country and university is beta version since subject field "others" (873,864 scientists profile whose branch cannot be determined, not yet edited or determined) is excluded, so the ranking will change as the others fields are edited. Please note that. Subjects indicated as “ * others ” will not be included in the ranking by regions and subjects.
* Rankings
Ranking Based On Selection :1
Materials Science and Engineering
Fatigue
Wear
Composites
Joining
Metrics
H-Index
i10 Index
Citation
25
50
2,245
* Rankings
Ranking Based On Selection :2
Makine Malzemesi ve İmalat Teknolojileri
Kaynak
Malzemelerin Metalurjik ve Mekanik Davranışı
Metrics
H-Index
i10 Index
Citation
12
15
457
* Rankings
Ranking Based On Selection :3
Geopolymer
Alkali-activated materials
Fiber-reinforced composites
Concrete
Metrics
H-Index
i10 Index
Citation
5
4
118
* Rankings
Ranking Based On Selection :4
Malzeme
Metrics
H-Index
i10 Index
Citation
3
0
16
* Rankings
Ranking Based On Selection :5
Malzeme
Kompozit Malzeme
Makine Dinamiği
Modal Analiz
Metrics
H-Index
i10 Index
Citation
1
0
6
Materials Science and Engineering
Fatigue
Wear
Composites
Joining
Makine Malzemesi ve İmalat Teknolojileri
Kaynak
Malzemelerin Metalurjik ve Mekanik Davranışı
Geopolymer
Alkali-activated materials
Fiber-reinforced composites
Concrete
Malzeme
Kompozit Malzeme
Makine Dinamiği
Modal Analiz