Modeling the initiation of sediment motion under a wide range of flow conditions using a Geno-Mamdani Fuzzy Inference System method

Keyphrases

• Flow Condition 100%
• System Method 100%
• Sediment Movement 100%
• Mamdani Fuzzy Inference System 100%
• Fuzzy Model 50%
• Root Mean Square Error 33%
• Efficiency Coefficient 33%
• Sediment Incipient Motion 33%
• Coefficient of Concordance 33%
• Sediment Entrainment 33%
• Stress Value 16%
• Genetic Algorithm 16%
• Evaluation Criteria 16%
• Inertia 16%
• Fuzzy Sets 16%
• Error Coefficient 16%
• Nash-Sutcliffe Coefficient 16%
• Flow Regime 16%
• Fuzzy Approach 16%
• Viscous Force 16%
• Coefficient Value 16%
• Incipient Motion 16%
• Shear Reynolds number 16%
• Dimensionless Shear Stress 16%
• Critical Shear Stress 16%
• General Motion 16%
• Weak Motion 16%

Engineering

• Fuzzy Inference System 100%
• Flow Condition 100%
• Fuzzy System 100%
• Fuzzy Model 50%
• Dimensionless 33%
• Root Mean Square Error 33%
• Reynolds' Number 16%
• Flow Regime 16%
• Genetic Algorithm 16%
• Error Coefficient 16%
• Viscous Force 16%
• Sutcliffe 16%
• Critical Shear Stress 16%

Chemical Engineering

• Fuzzy System 100%
• Fuzzy Set 16%