• HEAT TRANSFER PERFORMANCE OF COOLING TOWER WITH NANOFLUIDS 

  RAHMAN, MD. HABIBUR (Research and Development Wing, MIST, 2025-07)

  Cooling towers are evaporative heat transfer devices in which atmospheric air cools warm water with direct contact between the air and the water by evaporating cooling of water. The main objective of this study is to ...
• IMPACT OF IMPULSIVE NOISE ON OFDM OSTBC MIMO WIRELESS COMMUNICATION SYSTEM WITH HYBRID DIVERSITY 

  HALIM, MD ABDUL (Research and Development Wing, MIST, 2025-03)

  Multipath-induced fading is the major performance limiting factor in broadband wireless communication systems. Link performance is severely degraded by fading and to maintain an acceptable performance, powerful ...
• HYDRO-MORPHOLOGICAL ANALYSIS OF TEESTA RIVER USING HISTORICAL DATA AND FLOOD INUNDATION MAPPING USING HEC-RAS 2D MODEL 

  ALI, MALIHA; ISLAM, RAFIA (2023-02)

  Bangladesh is situated at the most downstream region of the GBM basin where the major three rivers meet. Only 7 percent of the basin area lies within Bangladesh. Most of the water flowing through Bangladesh is beyond the ...
• HYDRODYNAMIC AND MORPHOLOGICAL STUDY OF PADMA RIVER USING DELFT 3D 

  MURSHIDA, MALIHA; KHATUN, SOMAIYA (2023-02)

  Due to the tendency for erosion and deposition, the Padma, which was once thought to be a mostly meandering stream, is now transitioning into a braided system. In order to determine the Padma River's optimal hydrodynamic ...
• EROSION-ACCRETION ANALYSIS OF A TIDAL REACH OF THE MEGHNA ESTUARY 

  HRIDITA, NAFISA NURAEEN; ELMA, SAJIDA FATIMA (2024-03)

  The Meghna Estuary, situated in Bangladesh, is renowned for its dynamic morphological characteristics, influenced by sedimentation from the GangesBrahmaputra-Meghna Delta and intense tidal currents. This research delves ...

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