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COURSE DESCRIPTION The course covers a study of the mechanisms by which momentum, heat, and mass are transported in fluid systems of interest to water resources engineers. |
COURSE JUSTIFICATION/RATIONALE This unit will enable students understand the mechanisms by which momentum, heat, and mass are transported in fluid systems of interest to water resources engineers
LEARNING OBJECTIVES By the end of this course, the student should be able to: · Understand the principles of conservation to develop conceptual and mathematical models for analysis of transport in water resource systems. · Acquire knowledge of the fundamental processes which govern the transport of conserved quantities. · Gain knowledge of the processes that control the quality and quantity of water in natural and engineered environments · Get exposed to numerical analysis in flood dynamics
LEARNING OUTCOMES A student on completing this course is expected to: · Apply knowledge in the processes that control the quality and quantity of water in natural and engineered environments. · Demonstrate a solid theoretical foundation in transport phenomena · Describe the quantity and quality of water in specific settings (fate and transport of contaminants, surface water quality, subsurface flow and transport, and river hydraulics). · Apply numerical analysis in flood dynamics |
Kampala International University,
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