About

Dr. Amina is serving as Assistant Professor at COMSATS UNIVERSITY ISLAMABAD,ABBOTTABAD CAMPUS. She has done her Ph.D from Saitama University Japan. Her research activities and interests includes 1-Investigation of soft solutions (Forests and vegetations) to mitigate the flood and tsunami energy in inland areas. 2-The combined utilization of coastal forest, sand dunes and banks to reduce the impact of Tsunami. 3-Role of single- and double-layer vegetation in protection of houses during floods. 4-Analyses of secondary disasters caused by driftwood, as well as the development of response strategies. 5-Investigating the scour behaviour by changing the position and angle of the riparian vegetation patch along the dike. 6-Effect of large floating debris during floods on scouring. 7-Clarification of the connection between flood characteristics and vegetational dynamics in midstream areas, as well as the recommendation of strategies for managing and maintaining rivers and their vegetation based on the findings. 8-Investigation of trees parameters including arrangement, density, diameter and crown part in variation of flow structure. 9-Investigation of various debris accumulation morphology during floods. 10-Investigation of scour reduction around bridge piers. 11-Utilization of numerical simulations (ANSYS Workbench, Gambit, VOF) to analyze the internal flow properties.

Career Type:

Scientist/Researcher/Academic

Organization Type:

Universities and Academia

Expertise Fields/Interests:

1-Investigation of soft solutions (Forests and vegetations) to mitigate the flood and tsunami energy in inland areas. 2-The combined utilization of coastal forest, sand dunes and banks to reduce the impact of Tsunami. 3-Role of single- and double-layer vegetation in protection of houses during floods. 4-Analyses of secondary disasters caused by driftwood, as well as the development of response strategies. 5-Investigating the scour behaviour by changing the position and angle of the riparian vegetation patch along the dike. 6-Effect of large floating debris during floods on scouring. 7-Clarification of the connection between flood characteristics and vegetational dynamics in midstream areas, as well as the recommendation of strategies for managing and maintaining rivers and their vegetation based on the findings. 8-Investigation of trees parameters including arrangement, density, diameter and crown part in variation of flow structure. 9-Investigation of various debris accumulation morphology. 10-Investigation of scour reduction around bridge piers. 11-Utilization of numerical simulation to analyze the internal flow properties

Major Achievements:

Recipient of Japanese Government Scholarship(MEXT) for Doctoral Degree.