Lignende værker: STUDY ON WAVE CHARACTERISTICS DURING TWO SELECTED TROPICAL CYCLONES ALONG THE COAST OF BANGLADESH /
- SEA-LEVEL TRENDS ALONG THE COASTAL ZONES OF BANGLADESH /
- MATHEMATICAL MODEL STUDY OF SALINITY ALONG THE SHIBSA-PASSUR RIVER USING DELFT3D /
- HYDRO-MORPHOLOGICAL ANALYSIS OF UPPER MEGHNA RIVER AND MODELLING THE EFFECT OF UNDER-CONSTRUCTION FLEET MAINTENANCE FACILITIES OF BANGLADESH COAST GUARD AT ITS LEFT BANK AT GAZARIA USING HEC-RAS /
- A STUDY ON MORPHOLOGICAL AND LAND USE COVER CHANGES ALONG THE BANK OF PADMA RIVER USING REMOTE SENSING AND ARC-GIS /
- ANALYSIS OF THE RELATIONSHIP OF URBAN VEGETATION COVER WITH AIR QUALITY, ITS EXPOSURE AND HEALTH IMPACTS IN DHAKA CITY
- Removal of Heavy Metal from Textile Wastewater using Eggshells
Emne: Environmental, Water Resources, and Coastal Engineering
- ASSESSMENT OF WATER AND SOIL QUALITY PARAMETERS IN CANALS OF DHAKA NORTH CITY CORPORATION (DNCC) AREA AND ITS IMPACT ON THE ENVIRONMENT /
- A STUDY ON OCCUPATIONAL HEALTH AND SAFETY (OHS) OF RESTAURANT WORKERS /
- STUDY ON THE ENVIRONMENTAL POLLUTION IN RANGPUR CITY CORPORATION AREA /
- EFFECT OF LAND USE AND LAND COVER CHANGES ON SOIL EROSION USING REVISED UNIVERSAL SOIL LOSS MODEL /
- A STUDY ON HYDRODYNAMIC AND SEDIMENTATION ANALYSIS OF RABNABAD CHANNEL USING DELFT3D MODEL /
- A STUDY ON MORPHOLOGICAL AND LAND USE COVER CHANGES ALONG THE BANK OF PADMA RIVER USING REMOTE SENSING AND ARC-GIS /
Emne: This Thesis Paper of EWCE in B.Sc. Program.
- MORPHOLOGICAL EVOLUTION AND 1D HYDRAULIC MODELLING JAMUNA-TEESTA CONFLUENCE /
- MORPHOLOGICAL ANALYSIS AND BANKLINE SHIFTING OF THE PADMA RIVER NEAR NARIA UPAZILA USING REMOTE SENSING AND GIS TECHNIQUES /
- ASSESSMENT OF WATER AND SOIL QUALITY PARAMETERS IN CANALS OF DHAKA NORTH CITY CORPORATION (DNCC) AREA AND ITS IMPACT ON THE ENVIRONMENT /
- A STUDY ON OCCUPATIONAL HEALTH AND SAFETY (OHS) OF RESTAURANT WORKERS /
- STUDY ON THE ENVIRONMENTAL POLLUTION IN RANGPUR CITY CORPORATION AREA /
- EFFECT OF LAND USE AND LAND COVER CHANGES ON SOIL EROSION USING REVISED UNIVERSAL SOIL LOSS MODEL /