CANALES V1.0 Description
The channels can be open or closed conduits in which the water circulates due to the action of gravity and without any pressure, since the free surface of the liquid is in contact with the atmosphere; This means that water flows driven by atmospheric pressure and its own weight.
Canals as hydraulic structures require an appropriate design for their correct functioning along with the optimization of resources, which is why it is necessary to consider certain variables that encompass the concept of maximum hydraulic efficiency.
The channels can be open or closed conduits in which the water circulates due to the action of gravity and without any pressure, since the free surface of the liquid is in contact with the atmosphere; This means that the water flows driven by atmospheric pressure and its own weight.
Canals as hydraulic structures require an appropriate design for their correct functioning along with the optimization of resources, which is why it is necessary to consider certain variables that encompass the concept of maximum hydraulic efficiency.
Canals as hydraulic structures require an appropriate design for their correct functioning along with the optimization of resources, which is why it is necessary to consider certain variables that encompass the concept of maximum hydraulic efficiency.
The channels can be open or closed conduits in which the water circulates due to the action of gravity and without any pressure, since the free surface of the liquid is in contact with the atmosphere; This means that the water flows driven by atmospheric pressure and its own weight.
Canals as hydraulic structures require an appropriate design for their correct functioning along with the optimization of resources, which is why it is necessary to consider certain variables that encompass the concept of maximum hydraulic efficiency.
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