Welcome to AD Scientific Index. 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.   Click here for individual or institutional registration.

Total 2 scientist
* Total H Index Rankings
World Rank
524,070
Country Rank
16,654
Institution Rank
2
France
S. Jamaleddin Mousavi
FEM
Mechanobiology
Cardiovascular Mechanics
Heart Valves
Cell Migration
H-Index Metrics
Total
Last 6 Years
Last 6 Years / Total
18
14
0.778
* Total H Index Rankings
World Rank
945,439
Country Rank
27,312
Institution Rank
5
France
Solmaz Farzaneh
Noninvasive-inverse methods
Soft tissue
Damage modelling
Multiscale Approaches
H-Index Metrics
Total
Last 6 Years
Last 6 Years / Total
9
9
1.000
Total H Index AD Scientific Index - World Scientists Rankings - 2024 H Index Metrics
University Rank Country Rank Region Rank World Rank Name Country University / Institution Subject
Research Areas
Total Last 6 year Last 6 year/total
2 16,654 188,098 524,070 France France École Nationale Supérieure des Mines de Saint Étienne École Nationale Supérieure des Mines de Saint Étienne Others

FEM | Mechanobiology | Cardiovascular Mechanics | Heart Valves | Cell Migration |

18 14 0.778
5 27,312 330,467 945,439 France France École Nationale Supérieure des Mines de Saint Étienne École Nationale Supérieure des Mines de Saint Étienne Others

Noninvasive-inverse methods | Soft tissue | Damage modelling | Multiscale Approaches |

9 9 1.000