Credit Weight: 0.5 Description: Application of fluid mechanics. Governing equations of fluid motion applied to external and internal flows. Preliminary design, new product development and the influence of market strategy. Vehicle aerodynamics. Energy conservation for piping systems. Turbomachinery characteristics and design. Scale effect on boundary layer velocity distribution forecasts. Unsteady flow in closed conduits, liquid oscillations and water hammer. Introduction to granular material preparation and flow. Computer modelling and non-linear analysis. Exercise in oral communications on complex topics. Offering: 3-1; or 3-1

Engineering 0330 Fluid System Design

Credit Weight: 0.5 Description: Application of fluid mechanics. Governing equations of fluid motion applied to external and internal flows. Preliminary design, new product development and the influence of market strategy. Vehicle aerodynamics. Energy conservation for piping systems. Turbomachinery characteristics and design. Scale effect on boundary layer velocity distribution forecasts. Unsteady flow in closed conduits, liquid oscillations and water hammer. Introduction to granular material preparation and flow. Computer modelling and non-linear analysis. Exercise in oral communications on complex topics. Offering: 3-1; or 3-1





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