Hydraulic calculations in trapezoidal, triangular, rectangular and circular section channels in normal, critical, gradually varied and rapidly varied flow
It has 6 calculation modules:
i) Expense or Flow [Trapezoidal, rectangular or triangular section]: determines the flow that passes through a channel.
ii) Normal flow [Trapezoidal, rectangular or triangular section]: It determines the normal tension and its characteristics according to the geometry and characteristics of the channel.
iii) Critical flow [Trapezoidal, rectangular or triangular section]: It determines the critical tension and its characteristics according to the geometry and characteristics of the channel.
iv) Gradually varied flow: It determines the flow profile that is formed according to the characteristics of the channel and its slope, as well as its graph.
v) Hydraulic Jump: determines the characteristics of the hydraulic jump, the conjugate braces, moments, etc.
vi) Specific energy: determines the alternate braces that are formed according to the energy of the channel.
It has 6 calculation modules:
i) Expense or Flow [Trapezoidal, rectangular or triangular section]: determines the flow that passes through a channel.
ii) Normal flow [Trapezoidal, rectangular or triangular section]: It determines the normal tension and its characteristics according to the geometry and characteristics of the channel.
iii) Critical flow [Trapezoidal, rectangular or triangular section]: It determines the critical tension and its characteristics according to the geometry and characteristics of the channel.
iv) Gradually varied flow: It determines the flow profile that is formed according to the characteristics of the channel and its slope, as well as its graph.
v) Hydraulic Jump: determines the characteristics of the hydraulic jump, the conjugate braces, moments, etc.
vi) Specific energy: determines the alternate braces that are formed according to the energy of the channel.
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