- Retrofitting and Strengthening of Structures, Recycled Materials, Materials Characterisation, Composites, FRP Strengthening and Repair Assessment, Civil Engineering, and 77 moreStructural Engineering, Transportation Engineering, Engineering, Etabs, Composite Materials and Structures, Polymer Composites, Behavior of Concrete Structures Reinforced with FRP Composites, Seismic RCC Structure, Concrete, Reinforced Concrete Structures, prestressed Concrete, Durability of Concrete, Reinforced concrete, Concrete structures, Highway engineering, Highways, Roads, HIGHWAY ROADS AND BRIDGES, Transportation Planning, Sustainable Development, Recycling, Sustainable Building Design, Structural Design, Bridges, Geographic Information Systems (GIS), Technology, Design, Environmental Sustainability, Structural Analysis, Steel Structure, Seismic behavior of high-rise buildings, Earthquake Resistance Building, Transportation, TRANSPORTATION AND HIGHWAY ENGINEERING, Sustainable Transportation, Transportation Studies, Urban Planning, Urban Design, Environmental Science, Climate Change, Hydrology, Traffic Volume, Sustainable Construction, Environmental Impact Assessment, Urban And Regional Planning, Sustainable Urban Environments, LRFD Design, Research Methodology, 3D printing, Concrete Technology, Road Transport, Technological Innovation, Intelligent Transport System, Design Research, Green Infrastructure, Finite Element Analysis (Engineering), Seismic Hazard Assesment, Geotechnical Engineering, Earthquake Geotechnical Engineering, Road safety, Traffic Engineering, Finite Element Methods, Bridge Engineering, Structural Designs in Bridges, Structural Engineering, Steel Structures, Earthquake Resistant Design, Cold Fromed Steel, Steel Bolted and Welded Connections, Structural Bridge Design, Environmental Engineering, Earthquake resistant design, Environmental Management, Rural Development, Sustainable Rural Development, Pavement Materials, Road Pavement Engineering and Design, Urbanity/ Urban Planing and Design/transportation Engineering, Railway Engineering, Earthquake Engineering, and Structural Dynamicsedit
- BSc. in Civil Engineering from Bangladesh University of Engineering and Technology. I have worked as a Junior Engine... moreBSc. in Civil Engineering from Bangladesh University of Engineering and Technology.
I have worked as a Junior Engineer for a project named "Feasibility Study for Construction of Four Bridges of Eastern and Southern Regions of Bangladesh" as a part of Development Design Consultants Ltd. from October 2017 to October 2019.
Currently I am doing my Masters in Structural Engineering from Bangladesh University of Engineering and Technology and working as an Assistant Engineer for Local Government Engineering Department (LGED).edit
In this study, the renovation works of structures within BARD campus were investigated in order to observe the methods and technology being applied for the renovation works and to assess if the appropriate methods and technology are being... more
In this study, the renovation works of structures within BARD campus were investigated in order to observe the methods and technology being applied for the renovation works and to assess if the appropriate methods and technology are being applied for the works and to provide any suggestions or alternate techniques, if applicable. For the purpose of this study, each of the sites where renovation works are being carried out was visited and the previous conditions and the problems before renovation works were noted down. In our case, we mainly used observation technique. Interviews of Key Informants (KII) were also taken including the engineer in charge of supervision, Deputy Project director of “BARD Modernization Project”, contractors in charge of the renovation works, laborers and users of the structures. The technical problems at each site were noted down and the methods of renovation works to overcome the problems at each site and to maintain an optimum service- level were observed and assessed according to the prepared checklist. Better alternative techniques or adjustments were suggested for the renovation works, where applicable.
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This report gives an insight on Travel Speed, how it can be measured and how a study on travel speed can be used efficiently for proper design of roads in order to ensure smooth traffic- flow through them.
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This report gives an insight on Spot Speed, why it is required and the methodology by which spot speed studies can be performed. It also discusses how spot speed studies can help to design better roads in order to ensure smooth traffic-... more
This report gives an insight on Spot Speed, why it is required and the methodology by which spot speed studies can be performed. It also discusses how spot speed studies can help to design better roads in order to ensure smooth traffic- flow.
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This report gives an insight on "Road Condition Survey"- with detailed description on how it is performed. It also discusses the requirements of a road condition survey, when and why it is required and in which cases. It gives an idea of... more
This report gives an insight on "Road Condition Survey"- with detailed description on how it is performed. It also discusses the requirements of a road condition survey, when and why it is required and in which cases. It gives an idea of when a road condition survey is required and how it can be performed so as to ensure a smooth traffic- flow.
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This report gives an insight to road way intersections. It also discusses some of the common problems that often occur due to improper design and placement of roadway intersections. It also briefly discusses some potential solutions that... more
This report gives an insight to road way intersections. It also discusses some of the common problems that often occur due to improper design and placement of roadway intersections. It also briefly discusses some potential solutions that may help reduce the problems at roadway intersection to ensure a smoother traffic- flow through intersections.
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This poster is about dams, specifically the kaptai dam of Bangladesh. It brings out the benefits of the dam including flood control, hydropower generation etc. At the same time, it also brings out the adverse aspects of the dam including... more
This poster is about dams, specifically the kaptai dam of Bangladesh. It brings out the benefits of the dam including flood control, hydropower generation etc. At the same time, it also brings out the adverse aspects of the dam including its impacts on the environment and the social impacts of the dam.
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Research Interests:
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Research Interests:
Research Interests: Civil Engineering, Structural Engineering, Bridge Engineering, Structural Design, Structural Designs in Bridges, and 3 moreStructural Engineering, Steel Structures, Earthquake Resistant Design, Cold Fromed Steel, Steel Bolted and Welded Connections, Structural Bridge Design, and HIGHWAY ROADS AND BRIDGES
This poster deals with the production of biofuels. Here, we focus mainly on production of biogas from household and municipal solid waste using anaerobic digestion process. Biofuels provide a promising alternative because it helps in... more
This poster deals with the production of biofuels. Here, we focus mainly on production of biogas from household and municipal solid waste using anaerobic digestion process. Biofuels provide a promising alternative because it helps in waste management and is renewable. It is also environmentally friendly and reduces carbon emissions.
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This poster provides an insight to Bio-concrete and its uses. Bio-concrete is defined as concrete containing microbes. Bio-concrete is also termed as self-healing concrete as it can heal itself by the chemical action of microbes.
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This presentation is on the effect of beam openings on the capacity of reinforced concrete beams based on experimental investigation. It was presented at the Conference held in "Civil Fest 2017" organized by Civil and Environmental... more
This presentation is on the effect of beam openings on the capacity of reinforced concrete beams based on experimental investigation. It was presented at the Conference held in "Civil Fest 2017" organized by Civil and Environmental Engineering (CEED) at North South University (NSU).
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Placement of openings in building construction has significant implications in modern building industry. In modern building construction, utility ducts and pipes are fitted in the space above the false ceiling, leading to a more... more
Placement of openings in building construction has significant implications in modern building industry. In modern building construction, utility ducts and pipes are fitted in the space above the false ceiling, leading to a more economical design. However, openings within the web of a reinforced concrete beam can give rise to high stress-concentration in the corners of the openings and reduce the load-carrying capacity of the beams. An experimental study was conducted where a total of eight beams were analyzed in a loading frame of 400 kN capacity under single point loading. One of the eight beams was cast without any openings and was used as a control. The remaining seven beams had rectangular openings (size 50.8mm x 50.8mm) placed at different depths and locations within the beams. Some of the beams with openings were strengthened by the use of corner reinforcement around the openings, while others were left non-strengthened. The initial crack load, the ultimate failure load, the maximum deflection and the cracking pattern of each beam were analyzed and compared. The comparative impact on overall load-carrying capacity of each beam was analyzed depending on the depth and position of openings within the beams. It was found that placement of openings within compression zone of the beam has a greater impact on the overall load-carrying capacity of the beam compared to openings in the tension zone. Moreover, use of corner reinforcement was found to increase the ultimate failure load of strengthened beams compared to non-strengthened beams with openings.