The international independent ranking organisation AD Scientific Index is more than an ordinary "Ranking". The "AD Scientific Index" analyses the academic work of scientists using the H-index, i10 index and number of citations, and provides results that can be used to evaluate the productivity and efficiency of individuals and institutions. In addition to ranking according to "total H-index" for individuals and institutions, you can also see the ranking and analyses according to "last 6 years H-index", "total i10 Productivity index", "last 6 years i10 Productivity index", "total citations" and "last 6 years citations" only in "AD Scientific Index". See also: Subject Rankings, University Subject Rankings and  Universities Rankings 2024 (Sort by: Last 6 years H Index).   Click here for individual or institutional registration.

Total 2 scientist
Mechanical Behaviour of Materials
Thin Films
Magnetic materials
Total H Index Rankings
University / Institution:
# 3
Country:
# 2,833
Region:
# 25,565
World:
# 159,341
H-Index
Total:
37
Last 6 Year:
22
Last 6 Year/Total:
0.595
Mechanical behavior of materials
Failure analysis
Joining of dissimilar materials
Characterization of in-service degradation
Total H Index Rankings
University / Institution:
# 31
Country:
# 78,477
Region:
# 403,321
World:
# 1,554,791
H-Index
Total:
3
Last 6 Year:
3
Last 6 Year/Total:
1.000
Total H Index AD Scientific Index - World Scientists Rankings - 2024 H INDEX
University /
Institution
Country Region World Name Country University / Institution Subject Total Last 6 year Last 6 year/total
3 2,833 25,565 159,341 India India Defence Metallurgical Research Laboratory Defence Metallurgical Research Laboratory Engineering & Technology / Mechanical Engineering

Mechanical Behaviour of Materials | Thin Films | Magnetic materials |

37 22 0.595
31 78,477 403,321 1,554,791 India India Defence Metallurgical Research Laboratory Defence Metallurgical Research Laboratory Engineering & Technology / Mechanical Engineering

Mechanical behavior of materials | Failure analysis | Joining of dissimilar materials | Characterization of in-service degradation |

3 3 1.000