Engr. Dr. Naveed Anjum (HOD)

Assistant Professor

1.Doctor of Philosophy (PhD) in Civil Engineering with specialization in Hydraulics Engineering, Saitama University, Japan.2.Masters (MS) in Civil Eng

Research Interests

Floods and Tsunami Mitigation, Vegetation, Landscape Ecology, Forest Management, Fluid Mechanics, Computational Fluid Dynamics (CFD) Flow Modelling, Environment and Ecology, Eco-system Disaster Risk Reduction (Eco-DRR), Open Channel Hydraulics, Water Engineering, River Flows

Awards and Honors

1.Japanese Government Scholarship (MEXT) Recipient for Doctoral Degree Program.

2.Associate Member of Japan Society of Civil Engineers (JSCE)

3.Member of Pakistan Student Association, Japan (PSAJ)

4.General Secretary of Saitama Muslim Cultural Association (SMCA) in Saitama prefecture, Japan.

5.Full Time Student Scholarship Recipient for Masters’ Degree Program.

6.The Punjab Educational Endowment Fund (PEEF) Scholarship Recipient for Undergraduate Degree Program.

7.Diya Pakistan Merit Scholarship Recipient in Undergraduate Degree Program.

8.Badminton Sports Head of Daman Professional Student Society (DPSS) at the university.

9.Government College Merit Scholarship Recipient for Higher Secondary School (Intermediate) Education.

10.Sagacious Beauty Award Recipient for High Educational Performance for Secondary School (Matriculation) Education.

Publications

1.Naveed Anjum, Usman Ghani, Ghufran Ahmed Pasha, Abid Latif, Tahir Sultan, and Shahid Ali, (2018) “To investigate the flow structure of discontinuous vegetation patches of two vertically different layers in an open channel.” Water.

2.Naveed Anjum, Usman Ghani, Ghufran Ahmed Pasha, Muhammad Usman Rashid, Abid Latif, and M. Zubair Yousaf Rana, (2018) “Reynolds stress modeling of flow characteristics in a vegetated rectangular open channel.” Arabian Journal for Science and Engineering.

3.Usman Ghani, Naveed Anjum, Ghufran Ahmed Pasha, and Muhammad Ahmad, (2019) “Numerical investigation of the flow characteristics through discontinuous and layered vegetation patches of finite width in an open channel.” Environmental Fluid Mechanics.

4.Usman Ghani, Naveed Anjum, Ghufran Ahmed Pasha, and Muhammad Ahmad, (2019) “Investigating the turbulent flow characteristics in an open channel with staggered vegetation patches.” River Research and Applications.

5.Naveed Anjum, and Norio Tanaka, (2019) “Numerical investigation of velocity distribution of turbulent flow through vertically double-layered vegetation.” Water Science and Engineering.

6.Md Abedur Rahman, Md Erfanul Haq, and Naveed Anjum, (2019) “Potential crop water requirements of dry season Boro rice under climate change in North-East hydrological region of Bangladesh.” Agricultural Engineering International: CIGR Journal.

7.Naveed Anjum, and Norio Tanaka, (2020) “Study on the flow structure around discontinued vertically layered vegetation in an open channel.” Journal of Hydrodynamics.

8.Naveed Anjum, and Norio Tanaka, (2020) “Experimental study on flow analysis and energy loss around discontinued vertically

layered vegetation.” Environmental Fluid Mechanics.

9.Naveed Anjum, and Norio Tanaka, (2020) “Hydrodynamics of longitudinally discontinuous, vertically double layered and partially covered rigid vegetation patches in open channel flow.” River Research and Applications.

10.Muhammad Ahmad, Usman Ghani, Naveed Anjum, Ghufran Ahmed Pasha, Muhammad Kaleem Ullah, and Afzal Ahmed, (2020) “Investigating the flow hydrodynamics in a compound channel with layered vegetated floodplains.” Civil Engineering Journal.

11.Naveed Anjum, and Norio Tanaka, (2020) “Investigating the turbulent flow behaviour through partially distributed discontinuous rigid vegetation in an open channel.” River Research and Applications.

12.Naveed Anjum, and Norio Tanaka, (2022) “Investigating the effectiveness of discontinuous and layered coastal forest defense system against the inundating tsunami current.” Landscape and Ecological Engineering.

13.Hasnain Tariq, Usman Ghani, Naveed Anjum, and Ghufran Ahmed Pasha, (2022) “3D Numerical modeling of flow characteristics in an open channel having in-line circular vegetation patches with varying density under submerged and emergent flow conditions.” Journal of Hydrology and Hydromechanics.

14.Naveed Anjum, Norio Tanaka, and Md Abedur Rahman, (2021) “Role of tree crown height for effective mitigation capability of inland coastal forest considering the flow structures and scour phenomena.” Ocean Engineering.

15.A H M Rashedunnabi, Norio Tanaka, and Naveed Anjum, (2019) “Effectiveness of a hybrid tsunami mitigation system consisting a seaward embankment and a landward horizontally double-layer forest.” Journal of

Faculty Profile Data

Japan Society of Civil Engineers (Hydraulic Engineering).

16.Naveed Anjum, and Norio Tanaka, (2019) “Numerical modeling of the turbulent flow structure through vertically double layer vegetation.” Journal of Japan Society of Civil Engineers (Hydraulic Engineering).

17.Naveed Anjum, and Norio Tanaka, (2019) “Physical modeling of tsunami flow through discontinuous vegetation.” Proceedings of the 21st International Summer Symposium (ISS), Japan Society of Civil Engineers (JSCE), Kagawa Takamatsu, Japan.

18.M. Hasnain Tariq, Usman Ghani, Ghufran Ahmed Pasha, Naveed Anjum, and Hasnain Mubasit, (2020) “Effect of submerged vegetation with increasing patch density on the flow structure.” 11th International Civil Engineering Conference (ICEC) - Integrating Innovation & Sustainability in Civil Engineering, Karachi, Pakistan.

19.Naveed Anjum, and Norio Tanaka, (2020) “Changes in the flow structure and energy loss of a tsunami current through forest with a gap.” Proceedings of the 22nd IAHR-APD Congress, Sapporo, Japan.