CONTACT INFORMATION
NAME Dept, MIST, Mirpur Cantonment, Dhaka-1216, Bangladesh. Contact No: +8801940486976. Alternate Email: dhsumon014mist@gmail.com
ACADEMIC BACKGROUND
PhD in Mechanical Engineering (Ongoing)
University of Maryland-College Park, Maryland, USA
Duration: January 2023 to Current
M.Sc. in Naval Architecture and Marine Engineering
Bangladesh University of Engineering and Technology (BUET)
Date of Graduation: March 2022
B.Sc. in Naval Architecture and Marine Engineering
Military Institute of Science and Technology (MIST)
Date of Graduation: December 2017
Higher Secondary School Certificate (HSC)
Notre Dame College, Dhaka.
Passing Year: 2013
PROFESSIONAL EXPERIENCE
Lecturer(Permanent): November 2019 to December 2022
Lecturer(Adjunct): January 2018 to November 2019
AWARDS/ HONOURS
- MIST Undergraduate Dean's List of Honour
- MIST Commandant’s List of Honour-2014, 2015, 2016
- University Merit Scholarship in all academic terms during undergraduate study at MIST
PROFESSIONAL AFFILIATIONS
- Life Member of Association of Naval Architect and Marine Engineers (ANAME), Bangladesh
RESEARCH INTERESTS
- Fluid Mechanics(Experimental, Computational and Theoritical), Thermo-fluid Systems, Energy Efficient Ship Propulsion System, Marine Renewable Energy Systems
RESEARCH PROFILE LINKS
SOFTWARE EXPERIENCE
- CFD Analysis Tools: Star CCM+, ANSYS Fluent & Numeca Fine Marine
- FEA Tools: ANSYS Static Structural & ABAQUS
- CAD Software: AutoCAD, Rhino3D, SolidWorks
- Ship Design Software: MAXSURF, Delft 3D
JOURNAL PUBLICATIONS
- Md Daluar Hussain, Md Mashud Karim and Noriyuki Sasaki. (2022). “Numerical Assessment of the Scale Effects on the Propulsive Performances of a Ship With Gate Rudder System”. Ocean Engineering, Vol 249(110889) https://doi.org/10.1016/j.oceaneng.2022.110889
- Md Daluar Hussain and Osman Md Amin, (2021) “A Comprehensive Analysis of the Stability and Powering Performances of a Hard Sail–Assisted Bulk Carrier”. Journal of Marine Science and Application. Vol 20, pp 426-445. https://doi.org/ 10.1007/s11804-021-00219-w;
CONFERENCE PROCEEDINGS
- Md Daluar Hussain, Md. Mashud Karim and Osman Md Amin (2022). "Numerical Study of the Roughness Effects on Resistance of a Bulk Carrier."Published in the Proceedings of 13th International Conference of Marine Technology (MARTEC 2022), BUET, pp 133-140.
- Md Daluar Hussain and Md. Mashud Karim (2022). "Improvement of the propulsive performance of a cargo ship with a gate rudder system." Published in the Proceedings of 13th International Conference of Marine Technology (MARTEC 2022), BUET, pp 49-57.
- Anup Kumar, Md Daluar Hussain, and Md. Mezbah Uddin (2022). "Numerical Investigation of the rudder-propeller interaction in open water with and without a duct." Published in the Proceedings of 13th International Conference of Marine Technology (MARTEC 2022), BUET, pp 94-101.
- Md. Shahewaz Tuhin and Md. Daluar Hussain (2022). "An Assessment of the Environmental Pollution from Welding Process, Surface Preparation, and Fitting & Fixing in Shipbuilding Sector in Bangladesh."Published in the Proceedings of 13th International Conference of Marine Technology (MARTEC 2022), BUET, pp 64-69.
- Osman Md Amin, Md Daluar Hussain, Md Shahnewaz, Md Shahriar Kabir; (2018) “A Conceptual Analysis of Green Ship Technology Using Wind Assisted Propulsion System”; Published in IIT Conference Proceedings-2018; Presented at 5th International Conference on Ship and Offshore Technology (ICSOT), December 7-8, 2017, IIT Kharagpur, India. (Organized by IITK, India and RINA, UK).
- Md Daluar Hussain, Md Shahnewaz, Md Shahriar Kabir, Osman Md Amin;(2017) “Numerical Investigation of the Stability and Power Prediction of a Sail Based Wind Propulsion System for a Cargo Ship”; Published in AIP Conference Proceeding, Vol. 1980(060006); Presented at International Conference on Mechanical Engineering (ICME) 2017, December 20-22; BUET, Dhaka, Bangladesh. https://doi.org/10.1063/1.5044374
OTHER RESEARCH PROJECT(S)
- Numerical Assesment of the Hydrodynamic Performance of a Horizontal Axis Marine Current Turbine (March 2022 to December 2022; Project Type: Undergradaute Thesis; Role: Supervision)
- Realstic performance prediction of a ship with fletnner rotor by CFD (March 2022 to December 2022; Project Type: Undergradaute Thesis; Role: Supervision)
COURSES TAUGHT
Theory Courses
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Sessional/Labratory Courses
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NAME 177: Thermal Engineering
NAME 213: Fluid Mechanics
ME 277: Heat Transfer
NAME 253: Marine Hydrodynamics
NAME 301: Ship Structure
NAME 369: Heat Transfer
NAME 353: Theories of Resistance and Propulsion of Ships
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NAME 178: Thermal Engineering sessional
NAME 202: Mechanics of Structure Sessional
NAME 208: Ship Design Studio II
NAME 206: Ship Building Material Sessional
NAME 214: Fluid Mechanics Sessional
NAME 254: Marine Hydrodynamics Sessional
NAME 258: Ship Design Studio III
NAME 302: Ship Structure Sessional
NAME 308: Application of Ship Design Software
NAME 354: Ship Resistance and Propulsion Sessional
NAME 360: Marine Engineering Sessional -I
NAME 300: Ship Design Project and Presentation
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