Search for 'pb:Department of Naval Architecture '

Numerical computations of hydrodynamic forces and motions of TLP using 3D source distribution technique

By Kumar, Anup. Dhaka BUET, Department of Naval Architecture & Marine Engineering 2014

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Numerical computations of hydrodynamic forces and motions of TLP using 3D source distribution technique

By Kumar, Anup. Dhaka Department of Naval Architecture & Marine Engineering, BUET 2014 . 73p.

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Evaluation of environmental pollution in Bangladesh by inland shipping operation

By Kaosar Rashid. Dhaka Department of Naval Architecture and Marine Engineering,BUET 2015 . xx,117p.+various paging

Place Hold on Evaluation of environmental pollution in Bangladesh by inland shipping operation

Experimental investigation of wave forces on submerged horizontal cylinders

By Khalil, Gazi Md.. Tokyo University of Tokyo, Department of Naval Architecture 1988 . 59p.p.-65p.

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Computation of ship hull resistance using reynolds-averaged navier-stokes equations (RaNSE) in calm water

By Sharmin, Shabnam. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2015 . xvii,94p.

Place Hold on Computation of ship hull resistance using reynolds-averaged navier-stokes equations (RaNSE) in calm water

Development of a marine propeller design method based on lifting line theory and lifting surface correction factors

By Ataur Rahman. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2015 . xv,131p.

Place Hold on Development of a marine propeller design method based on lifting line theory and lifting surface correction factors

Analysis of structural discontinuities in ship hull using finite element method

By Naimul Hoque, Kazi. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2016 . xiv, 103 p.

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Effect of waves on added resistance of ships

By Laboni Afroz. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2016 . xx,104p.

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Numerical simulation of flow around ship hull considering rudder-propeller interaction

By Nabila Naz. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2017 . xv, 117p.

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Development of energy efficiency design index for inland vessels of Bangladesh

By Sohanur Rahman, Md.. Dhaka Dhaka Department of Naval Architecture and Marine Engineering, BUET 2017 . xx,142 p.

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Numerical analysis of turbulent flow around hydrofoils using the finite-volume method

By Miad Al Mursaline . Dhaka Department of Naval Architecture and Marine Engineering, BUET 2017 . xiv,116 p.

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Numerical investigation of crack propagation in ship structures using extended finite element method

By Shumon Mia, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2018 . xv, 87p.

Place Hold on Numerical investigation of crack propagation in ship structures using extended finite element method

Genetic algorithm based structural topology optimization of an oil tanker bulkhead subjected to hydrostatic loads

By Paul, Sharat Chandra . Dhaka Department of Naval Architecture and Marine Engineering, BUET 2018 . xiv, 84 p.

Place Hold on Genetic algorithm based structural topology optimization of an oil tanker bulkhead subjected to hydrostatic loads

Hydrodynamic performance analysis of a container ship in inland waterway of Bangladesh using 3d numerical simulation

By Al Amin Miazee, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2018 . xvi, 105 p.

Place Hold on Hydrodynamic performance analysis of a container ship in inland waterway of Bangladesh using 3d numerical simulation

Risk analysis of marine accident in inland waterways of Bangladesh using fault tree analysis method

By Ehtasham Ahmed Quraishi. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2019 . xiii, 140 p.

Place Hold on Risk analysis of marine accident in inland waterways of Bangladesh using fault tree analysis method

Hazard analysis of inland passenger ship operation in Bangladesh using systems theoretic approach

By Imran Uddin, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2019 . xvii, 245 p.

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Development of an assessment model for the sustainable ship recycling industry in Bangladesh

By Akhter Hossain, Khandakar. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2018 . xxiv, 359 p.

Place Hold on Development of an assessment model for the sustainable ship recycling industry in Bangladesh

Techno-economic and environmental impact study of passenger water transport services in and around Dhaka City

By Akram Ali, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2019 . 146 p.

Place Hold on Techno-economic and environmental impact study of passenger water transport services in and around Dhaka City

Numerical prediction of free-surface wave induced separation on a 3D floating body

By Habibur Rahman, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2019 . xxii, 145 p.

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Development of a mathematical model for ship repair time estimation

By Ahammad Abdullah. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2021 . xiii, 107 p.

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Numerical analysis of three-dimensional turbulent flow around ship like bodies using finite-volume method

By Waliur Rahman. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2021 . xvi, 165 p.

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Numerical analysis of dynamic response and wave-load on multihull ship advancing in waves

By Moinul Islam, Md.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2021 . xiv, 116 p.

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Energy-efficient hydrodynamic design of ships for inland waterways of Bangladesh based on fuel consumption and emission control

By Rashidul Hasan, S.M.. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2021 . xxii, 193 p.

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Numerical investigation of propulsive performances of a ship with a gate rudder system

By Daluar Hussain, Md. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2022 . xviii, 146 p.

Place Hold on Numerical investigation of propulsive performances of a ship with a gate rudder system

Numerical analysis of turbulent flow around the ship hulls using star-CCM+

By Sarker, Doyal Kumar . Dhaka Department of Naval Architecture and Marine Engineering, BUET 2021 . xviii, 102 p.

Place Hold on Numerical analysis of turbulent flow around the ship hulls using star-CCM+

Numerical modelling of a wave energy converter based on the wave climate around the Saint Martins island of Bangladesh

By Das, Mohua . Dhaka Department of Naval Architecture and Marine Engineering, BUET 2022 . xvi, 114 p.

Place Hold on Numerical modelling of a wave energy converter based on the wave climate around the Saint Martins island of Bangladesh

Topology optimization procedure for ship structures having irregular design domain

By Zulkar Nayem, Ali. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2022 . xv, 86 p.

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Prediction of fuel consumption and evaluation of energy efficiency of ships in Bangladesh using machine learning

By Ishrar Israil Monisha. Dhaka Department of Naval Architecture and Marine Engineering, BUET 2023 . xviii, 178 p.

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