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Determination of shear velocity in a mild-sloping open channel flow

Abstract: Objective: To present a methodology that allows experimentally determining shear velocity, considering the log-law as a model of velocity distribution in the outer region of turbulent flow. Mathodology: The experimental study was carried out in a rectangular

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Classical thermodynamic-based models for predicting physical properties of a biodiesel fuel

Abstract: Objective: To obtain a model based on the classical Peng-Robinson equation of state (PR-EOS) to evaluate the initial thermodynamic expressions (first- and second-derivative properties) in biodiesel.Methodology: A modified temperature dependence was used to

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Kinematic wave hydrologic model of the Turbio River basin, Guanajuato, Mexico

Abstract: Objective: To apply the HEC-HMS methodology based on kinematic wave theory in the Turbio river basin to increase the accuracy of the model in predicting storm runoff.Methodology: Calculations were made for: 1) rainfall depth to runoff depth, through the Soil

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