Dr Mohammed Abdul Hannan
- Email: firstname.lastname@example.org
- Telephone: + 65 69086017
- Personal Website: http://www.mahannan.com/
- Address: Newcastle University in Singapore
537 Clementi Road #06-01
I received my BSc degree (first class honours) in Naval Architecture and Marine Engineering from Bangladesh University of Engineering and Technology (Mar 2009) and later obtained my PhD from the National University of Singapore in Nov, 2014. Prior joining Newcastle University as a lecturer in August 2016, I was working as a Research Fellow at National University of Singapore. My research activities involve numerical simulation of fluid-structure interactions, hydrodynamics, design of ship and other floating structures, computational fluid dynamics.
Roles and Responsibilities:
Teaching and Learning, Research and Innovation, Outreach/public Engagement, Administration and Management.
PhD, National University of Singapore (NUS) [Nov 2014]
BSc in Naval Architecture and Marine Engineering, Bangladesh University of Engineering and Technology (BUET) [Mar 2009]
Research Fellow, Department of Civil and Environmental Engineering, National University of Singapore [Dec 2014 - Jul 2016]
Research Engineer, Department of Civil and Environmental Engineering, National University of Singapore [Aug 2013 - Nov 2014]
Lecturer, Department of Naval Architecture and Marine Engineering, Bangladesh University of Engineering & Technology [April 2009 - July 2009]
Associate Member, The Royal Institution of Naval Architects (AMRINA) [Since 2006]
Associate Member, The Society of Naval Architects & Marine Engineers (AMSNAME) 
Member, American Society of Mechanical Engineers (ASME) 
Member, The Institution of Engineers, Bangladesh (MIEB) [Since 2012]
Member, SouthEast Asia Petroleum Exploration Society (SEAPEX) 
Bengali (Mother tongue)
My research interests mainly cover the analysis and design of fluid-structure interaction problems. These can broadly be subdivided into two main categories – Computational and Experimental. Computational works involve the development of efficient numerical tools to perform computational simulation in the area of CFD and marine hydrodynamics and at the same time use of these techniques as the driver of highly sophisticated computationally expensive simulations to provide an accurate description of the relevant physical phenomena. While developing of numerical tools are mostly related to academic track research; application/modification of existing tools or commercial software on the other hand, generally involve solving industry focused problems. The experimental analysis in this regard serves as a bridge between the industry and academia, most of the cases by investigating the simplified setup of a complex system to understand the fundamental physics and mechanism associated with it, and by performing prototype model testing to address the challenges related to the real-life applications.
Ship/Marine system design
Wave interaction with fixed or floating structures
Simulation of complex free surface flows
Ice structure interactions
Renewable energy & sustainable development
Computational Fluid Dynamics
Viscous flow model
Machine learning for offshore environment
Sustainability in ship/offshore design
- A sustainable ship design approach with the application of multi-objective optimisation using Genetic Algorithm [N Z Tun, AY16/17, Completed]
- Development of analytical formulation based on a truly coupled ice-floater interaction [A A Maruf, AY16/17, Completed]
- Hybrid/Electric propulsion technology for marine vehicles [K J Toh, AY17/18 - present]
- Motion minimization suppression device for ocean platforms [J X Kelvin, AY17/18 - present]
Reviewer: Ocean Engineering, 2017
Reviewer: Cogent Engineering, 2017
Reviewer: Journal of Marine Science and Application, 2016
Reviewer: International Conference on Advances in Civil and Environmental Engineering, 2015
Reviewer: Engineering Applications of Computational Fluid Mechanics, 2015
Organizing Committee: Offshore Technology Conference (OTC) Asia, 2018
Scientific Committee: International Conference on Advances in Civil Infrastructure and Construction Materials (CICM), 2015
Worked for the industry-academic project "Phase 2 of RTC: Low-cost Decentralized Sanitary System for Treatment, Water and Resource Recovery. [Funding organization: Bill and Melinda Gates Foundation, USA]" - Aug 2013 to Jul 2013
Worked for the industry-academic collaboration "Keppel-NUS corporate lab, which is established by Keppel Corporation (Keppel) and NUS, in collaboration with National Research Foundation (NRF), Prime Minister’s Office, Singapore" - Aug 2014 to Jul 2016
Knowledge Exchange & Impact Activities:
[2017 Jul] Presentation at Seminar organized by 'The institution of Engineers, Bangladesh (Singapore Chapter)'.
[2017 May] Talk on 'Engineering Inspired by Nature: In the Context of Fluid Dynamics', at Bangladesh University of Engineering & Technology.
[2016 Apr] Presentation at Seminar organized by 'The institution of Engineers, Bangladesh (Singapore Chapter)'.
[2016 Apr] Talk on 'Research and Development at Offshore: Towards a Sustainable Future', at Bangladesh University of Engineering & Technology.
Professional Activities as a Session Organizer/Chairman/Co-Chairman:
[2018 Apr] Offshore Technology Conference (OTC) Asia, Malaysia.
Study of fluids, hydrodynamics, numerical algorithms and similar other topics are often considered as full of boring equations and mathematical theories by the students. Therefore, my teaching is primarily motivated by the desire to spark the ‘interest-driven learning’ inside the students’ mind which will help them to rethink these fields of engineering as an interactive and colourful realm ready for their exploration. One approach to doing so might be, correlating the classical theories of fluids with real-life phenomena and incorporating the aids of modern visualization techniques to explain the recent progress in this area. These always help to convey the scientific concepts in a simple and appealing way and to develop the intuitive understanding (part of interest-driven learning) of a student. The ‘interest-driven learning’ attitude helps the student to become an enthusiastic, independent and creative learner. Thus, at the end of the course, the student not only assimilates the basics of that specific course but also continues to evolve as a critical and analytical thinker.
MAR8227 Advanced Marine Design (Partial)
MAR2108 Naval Architecture II* (Full module, from AY16-17)
MAR3111 Drilling Engineering* (Full module, from AY 17-18)
MAR3127 Future Marine Projects* (Partial from AY 16-17)
MAR3134 Ship Design* (Full module, from AY 16-17)
MAR3136 Advanced Ship and Offshore Hydrodynamics (Partial, from AY 16-17)
MAR3143 Project and Report in Marine Engineering (Supervision of Final Year Projects, from AY 16-17)
MAR3144 Project and Report in Naval Architecture (Supervision of Final Year Projects, from AY 16-17)
MAR3145 Project and Report in Offshore Engineering (Supervision of Final Year Projects, from AY 16-17)
* I lead the module
Fluid Mechanics, Statics and Mechanics of Materials, Computer Aided Engineering Design, Hydraulics Lab
- Tun NZ, Dev AK, Hannan MA, Birmingham RW. A Sustainable Ship Design Approach with the Application of Multi-Objective Optimization using Genetic Algorithm. Journal of Ship Production and Design 2018. In Preparation.
- Razzak A, Hannan MA, Ahmed A. Drag Reduction using Microcavity on Flat Surface (Accepted). In: Offshore Technology Conference, Asia. 2018, KL, Malaysia. In Preparation.
- Maruf AA, Ahmed A, Hannan MA, Dev AK. A preliminary parametric study on the development of analytical formulation based on a truly coupled ice-floater (monohull) interaction. Cold Regions Science and Technology 2017. In Preparation.
- Chowdhury RI, Saha P, Rahman M, Hannan MA. Feasibility study of hybrid floating power plant concept at the Bay of Bengal. In: 6th International Youth Conference on Energy (IYCE). 2017, Budapest, Hungary: IEEE.
- Liu X, Magee AR, Bai W, Hannan MA, Merchant A, Hussain A, Choudhary A, Francis BAP. Two elastically coupled cylinders in combined wave-current flows. In: International Workshop on Water Waves and Floating Bodies (IWWWFB). 2017, China.
- Hannan MA, Bai W. Analysis of nonlinear dynamics of fully submerged payload hanging from offshore crane vessel. Ocean Engineering 2016, 128, 132–146.
- Ahmed A, Hannan MA, Xudong Q, Bai W. Hydrodynamic interaction of ice sheet and a floating platform. In: ASME 2016 35th International Conference on Ocean, Offshore and Arctic Engineering (OMAE). 2016, Busan, Korea.
- Hannan MA, Bai W, Magee AR, Choudhary A, Jain A, Bernad APF, Hussain A. Motion analysis of TAD and TLP platforms operating side by side. In: ASME 2016 35th International Conference on Ocean, Offshore and Arctic Engineering (OMAE). 2016, Busan, Korea.
- Hannan MA, Choudhary A, Hussain A, Bai W. Dynamic analysis of side by side floating offshore structures in operation. In: Fifth International Conference on Estuaries and Coasts (ICEC). 2015, Muscat, Oman.
- Hannan MA, Bai W. Nonlinear hydrodynamic responses of submerged moving payload in vicinity of a crane barge in waves. Marine Structures 2015, 41, 154-179.
- Hannan MA, Bai W. Numerical study of side by side floating and submerged fixed structures in sea waves. In: 1st International Conference on Advances in Civil Infrastructure and Construction Materials (CICM). 2015, Dhaka, Bangladesh: Military Institute of Science and Technology (MIST).
- Ahmed A, Hannan MA. Parametric study on the multi-Body hydrodynamics interaction of level ice and a Semi-submersible. In: 1st International Conference on Advances in Civil Infrastructure and Construction Materials (CICM). 2015, Dhaka, Bangladesh.
- Hannan MA, Bai W, Ang KK. Modeling of fully nonlinear wave radiation by submerged moving structures using higher order boundary element method. Journal of Marine Science and Application 2014, 13(1), 1-10.
- Bai W, Hannan MA, Ang KK. Numerical simulation of fully nonlinear wave interaction with submerged structures: Fixed or subjected to constrained motion. Journal of Fluids and Structures 2014, 49, 534-553.
- Hannan MA. Numerical Simulation of Submerged Payload Coupled with Crane Barge in Waves. National University of Singapore, 2014. PhD Thesis.
- Hannan MA, Bai W, Ang KK. Fully coupled nonlinear analysis of floating and fully submerged structures in waves. In: Twenty-Sixth KKHTCNN Symposium on Civil Engineering. 2013, Singapore.
- Ang KK, Hannan MA, Bai W. Numerical simulation of fully nonlinear wave radiation by submerged oscillating vertical cylinders. In: The International Conference on Advances in Computational Mechanics ACOME. 2012, Vietnam.