• BEHAVIOUR OF CONCRETE FILLED SATAINLESS STEEL COLUMN UNDER AXIAL COMPRESSIVE LOAD 

  Abdul Bari, Md (2021-01)

  Concrete filled stainless steel tubular columns (CFSST) is an improved and innovative version of composite structure due to better mechanical properties compared to mild steel such as higher strength and ductility, ...
• EFFECT OF STEEL WIRE FIBER ON COMPRESSIVE STRENGTH OF CONCRETE FILLED STEEL TUBULAR COMPOSITE COLUMNS 

  HOSSAIN SAJIB, MD. SAJJAD (DEPARTMENT OF CIVIL ENGINEERING, 2020-07)

  The concrete filled steel tubular (CFST) column is a composite structure which consists of steel tube and concrete infilled core. This study presents an experimental investigation on the structural behavior and geometric ...
• DESIGN AND IMPLEMENTATION OF AN ARDUINO BASED SIGNALLING SYSTEM FOR PHYSICALLY CHALLENGED PERSONS 

  JAHED JOYANTEE, TASNIA (DEPARTMENT OF ELECTRICAL, ELECTRONIC AND COMMUNICATION ENGINEERING, 2020-09)

  Humanity is the prime concern for the mankind to make a beautiful and peaceful world. Physically challenged children and elderly persons are part of our families and part of this society who need special care for their ...
• EXPERIMENTAL EVALUATION OF HOT MIX ASPHALT MODIFIED WITH DIFFERENT ADDITIVES 

  JERIN, TAMANNA (DEPARTMENT OF CIVIL ENGINEERING, 2020-07)

  Premature failures, including the development of early cracks, potholes are the major causes of the high annual road maintenance cost of Bangladesh. Modification of traditional bitumen by different types of polymers could ...
• PERFORMANCE EVALUATION OF ENGINEERED CONCRETE WITH RECYCLED WASTE POLYPROPYLENE 

  HAQUE, NIAZ MD. ASHRAFUL (DEPARTMENT OF CIVIL ENGINEERING, 2020-07)

  Plastic waste generation is a major threat to the environment due to its non-biodegradable nature where polypropylene (PP) includes more than 35 percent of the total waste generation. These plastic wastes can be recycled ...

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