Documenti analoghi: PROPERTIES OF CONCRETE CONTAINING RECYCLED AGGREGATE AND WASTE GLASS POWDER /
- PROPERTIES OF CONCRETE CONTAINING RECYCLED AGGREGATE AND WASTE GLASS POWDER
- EFFECT OF WASTE GLASS POWDER AS A CEMENTITIOUS MATERIAL IN CONCRETE /
- INFLUENCE OF GALV ANISED IRON AND POLYPROPYLENE FIBERS ON THE PROPERTIES OF RECYCLED AGGREGATE CONCRETE / /
- STRENGTH AND DURABILITY PROPERTIES OF CONCRETE FEATURING RECYCLED BRICK AGGREGATE AND CEMENTITIOUS SUBSTITUTES /
- MICROSTRUCTURE AND STRENGTH PROPERTIES OF CONCRETE CONTAINING STAINLESS STEEL SLAG /
- SHEAR BEHAVIOR OF CONCRETE BEAM WITH RECYCLED AND POLYPROPYLENE AGGREGATES /
Soggetto: Civil Engineering.
- APPLICATION OF A NOVEL ANAEROBIC ACETOGENIC PROCESS FOR TESTING TEXTILE DYEING WASTEWATER /
- INFLUENCE OF GALV ANISED IRON AND POLYPROPYLENE FIBERS ON THE PROPERTIES OF RECYCLED AGGREGATE CONCRETE / /
- PREDICTING CHANGES IN LAND USE AND LAND SURFACE TEMPERATURE USING CELLULAR AUTOMATA BASED ALGORITHM /
- EXPLORING AND ANALYZING THE DESIGN METHODOLOGIES FOR DEVELOPING MULTI-CHANNEL E-GOVERNMENT WEBSITES: TOWARDS IMPROVING THE USABILITY OF E-GOVERNMENT WEBSITES OF BANGLADESH /
- NEURAL NETWORK AND FUZZY INFERENCE SYSTEM IN PREDICTING SERVICE QUALITY AND ATTRIBUTE RANKING OF INLAND WATERWAYS MARINE PASSENGER VESSELS IN BANGLADESH / /
- IMPLEMENTATION OF REMOTE SENSING TECHNIQUE FOR MONITORING RIVER WATER QUALITY : A CASE STUDY ON DHALESHW ARI RIVER IN SAVAR /
Soggetto: This Thesis Paper of CE in M.Sc. Program.
- PENETRATION TEST PARAMETERS AND THEIR CORRELATIONS FOR SOILS FROM SELECTED LOCATIONS OF BANGLADESH /
- SHEAR BEHAVIOR OF CONCRETE BEAM WITH RECYCLED AND POLYPROPYLENE AGGREGATES /
- PROPERTIES OF CONCRETE CONTAINING RECYCLED AGGREGATE AND WASTE GLASS POWDER /
- EFFECTIVENESS OF SAND COMPACTION PILE AND PREFABRICATED VERTICAL DRAINS IN IMPROVING SOFT FOR PAVEMENT SUBGRADE /
- EXPLORATION OF PROSPECTS AND CHALLENGES OF RIDE SHARING IN DEVELOPING COUNTRIES: A CASE STUDY IN DHAKA CITY /
- ASSESSMENT OF AIR QUALITY DUE TO THE EMISSIONS FROM A COAL-FIRED POWER PLANT USING A DIFFUSION MODEL /