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rashed_math@ru.ac.bd, ranabi84m@gmail.com

Room no.-323(4), Department of Mathematics, Dr. Muhammad Qudrat-i-Khuda Academic Building, University of Rajshahi, Rajshahi-6205, Bangladesh


Dr. A. H. M. RASHEDUNNABI
Professor
Mathematics

Education Summary  
M. Sc. (Raj.), PhD (Japan)
Research Interest  
Environmental Hydraulics, Computational Fluid Dynamics, Mathematical Modeling, Numerical Analysis
Level Institution Year
Doctoral
(Ph.D. in Hydraulic Engineering)		 Saitama University, Japan 2019
Masters
(M.Sc. in Mathematics)		 Rajshahi University 2007
Bachelor/Honors
(B.Sc. (Honors) in Mathematics)		 Rajshahi University 2006
Higher Secondary
(H.S.C. in Science)		 Rajshahi Education Board 2001
Secondary
(S.S.C in Science)		 Rajshahi Education Board 1999

Experience in Rajshahi University

Duration Organization/Institute Position
2025-04-15 to Mathematics PROFESSOR
2020-01-01 to 2025-04-14 Mathematics Associate Professor
2013-02-28 to 2019-12-31 Mathematics ASSISTANT PROFESSOR
2010-02-28 to 2013-02-27 Mathematics LECTURER

Experience in other Organization/Institute

Duration Organization/Institute Position
2009-09-19 to 2010-02-27 World university of Bangladesh, Dhaka Lecturer in mathematics

Journal

1. A H M Rashedunnabi, Norio Tanaka and Md Abedur Rahman "Flume Experiment on Flow Transition and Water Cushion Formation by Optimal Vegetation on a Mound Behind a Coastal Dike and Its Impact on Reducing the Flow Energy" 15(7), 243

Published: June 2025

External Link
2. A H M Rashedunnabi, Norio Tanaka and Md Abedur Rahman "Transformations in Flow Characteristics and Fluid Force Reduction with Respect to the Vegetation Type and Its Installation Position Downstream of an Embankment" 10(1), 16

Published: January 2025

External Link
3. Md. Abedur Rahman , Norio Tanaka, A. H. M. Rashedunnabi and Yoshiya Igarashi "Energy Reduction in Tsunami Through a Defense System Comprising an Embankment and Vegetation on a Mound" Proceedings of the 22nd IAHR-APD Congress, Sapporo, Japan,

Published: September 2020

External Link
4. A.H.M. Rashedunnabi and Norio Tanaka "Effectiveness of double-layer rigid vegetation in reducing the velocity and fluid force of a tsunami inundation behind the vegetation" Ocean Engineering (Elsevier), 201;107142

Published: March 2020

External Link
5. A. H. M. Rashedunnabi, Norio Tanaka and Naveed Anjum "Effectiveness of a hybrid tsunami mitigation system consisting a seaward embankment and a landward horizontally double layer forest" Annual Journal of Hydraulic Engineering (JSCE)

Published: November 2019
6. G. C. Paul, A.H.M. Rashedunnabi and M. D. Haque "Testing efficiency of the generalised G’/G-expansion method for solving nonlinear evolution equations" PRAMANA-Journal of Physics (Springer), 92(2):25

Published: January 2019

External Link
7. A. H. M. Rashedunnabi "Application of Generalized G’/G –expansion Method to Modified Regularized Long Wave (MRLW) Equation" International Journal of Scientific & Engineering Research (IJSER Publishing), 6(11)

Published: November 2015

External Link
8. A. H. M. Rashedunnabi "Exact Traveling Wave Solutions of Regularized Long Wave (RLW) Equation Using G’/G -expansion Method" International Journal of Scientific & Engineering Research (IJSER Publishing), 6(11)

Published: October 2015

External Link

Conference

1. Md. Abedur Rahman , Norio Tanaka and A. H. M. Rashedunnabi "Flume Experiments on Flow Analysis and Energy Reduction through a Compound Tsunami Mitigation System with a Seaward Embankment and Landward Vegetation over a Mound" Geosciences (MDPI), 11(2), 90

Published: February 2021

External Link
2. A. H. M. Rashedunnabi and Norio Tanaka "Physical modelling of tsunami energy reduction through vertically two layered rigid vegetation" In Proceedings of the 12th ISE, Tokyo, Japan, 19-24

Published: August 2018

Differential and Integral Calculus

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Computer Programming With Fortran 90

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Numerical Analysis

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