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Create a CFD simulation to predict velocity gradients and pressure losses for each baffle in the flocculation tank. Use results to optimize the design of the flocculation tank.

Semester Research Goals

# Model and validate a simple 180 degree turn over two baffles:

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            Create fully second order accurate model

                Perform mesh sensitivity analysis (using coarse, medium and fine meshes)

            Model the baffles using alternate Turbulence models (K-e Standard, K-e Realizable, K-w)

            Analyze the effects of changing the baffle clearance height

                Understand and analyze the relationship between Strain Rate, Energy Dissipation and Kinematic Viscosity

            Create a flexible mesh that uses parametrization to easily change geometry dimensions

            Analyze the effect of the Reynolds Number on the results

            Analyze the sensitivity of the model to convergence residuals# Model flocculation tank and compare Simulation to Experimental results.

# Model the flocculation tank and compare to experimental results

Simulation

  1. Results
  2. Findings

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