Table 3

Investigator . | Equation . |
---|---|

Valentin (1967) | , where D_{90} = particle size for which 90% are finer by the weight |

Altinbilek & Basmaci (1973) | , where F = _{d}V/(ΔgD_{50})^{0.5}, where V = issuing jet velocity, g = acceleration due to the gravity, Δ = s − 1, s = relative density of the sediment; ϕ = angle of repose |

Chatterjee et al. (1994) | |

Aderibigbe & Rajaratnam (1998) | , where F_{d}_{(95)} = densimetric Froude number based on D_{95} |

Lim & Yu (2002) | , where = factor to account for the effects of an apron downstream from the outlet, which is given by ; σ_{g} = geometric standard deviation |

Sarkar & Dey (2005) | |

Dey & Sarkar (2006) |

Investigator . | Equation . |
---|---|

Valentin (1967) | , where D_{90} = particle size for which 90% are finer by the weight |

Altinbilek & Basmaci (1973) | , where F = _{d}V/(ΔgD_{50})^{0.5}, where V = issuing jet velocity, g = acceleration due to the gravity, Δ = s − 1, s = relative density of the sediment; ϕ = angle of repose |

Chatterjee et al. (1994) | |

Aderibigbe & Rajaratnam (1998) | , where F_{d}_{(95)} = densimetric Froude number based on D_{95} |

Lim & Yu (2002) | , where = factor to account for the effects of an apron downstream from the outlet, which is given by ; σ_{g} = geometric standard deviation |

Sarkar & Dey (2005) | |

Dey & Sarkar (2006) |

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