Protección contra inundaciones. Sistema de Drenaje Pluvial. Granja Avícola. Plan General del Proyecto/Flood Protection. Stormwater Drainage System. Poultry Farm. General Project Plan.

Buenas tardes Hive.

​Ya hemos terminado el plan general. Como pueden ver en la imagen, hay un total de 12 naves. Entre naves, hemos trazado los canales secundarios que tributan a los secundarios y así sucesivamente hasta el principal.

​En la parte norte de las naves, tuvimos que trazar un canal principal, esto para evitar que el agua de la elevación existente que es bastante extensa en área, escurra hacia la granja y se tengan que construir aún más grande los canales internos.

​En la tabla, se reflejan ya la nomenclatura de cada componente, a donde tributa, el sentido de circulación y el punto de disposición final del agua recogida.
​Son un total de 9 canales terciarios denominados CT, 2 canales secundarios denominados CS y un canal principal dividido en varios tramos con nomenclatura CP. Este último, no tendrá un tamaño fijo, sino que irá variando en sección a medida que vaya incorporando área, siendo más grande en su parte final.
Por otra parte, serán 13 alcantarillas: 3 del tipo cajón y 9 con tuberías.

​Ya una vez concebida la obra, vamos a proceder a realizar el estudio hidrológico, para cuantificar así, qué volumen de agua por unidad de tiempo pasará por cada estructura y así posteriormente calcular su tamaño.

​Hasta pronto.


​Good afternoon Hive.

​We have already finished the general plan. As you can see in the image, there is a total of 12 sheds. Between sheds, we have laid out the secondary channels that discharge into the main secondary ones, and so on up to the primary channel.

​In the northern part of the sheds, we had to lay out a primary channel; this is to prevent water from the existing elevation, which is quite extensive in area, from draining towards the farm, which would require building even larger internal channels.

​The table already reflects the nomenclature of each component, where it discharges, the direction of flow, and the final disposal point of the collected water.
There is a total of 9 tertiary channels designated as CT, 2 secondary channels designated as CS, and one primary channel divided into several sections with CP nomenclature. The latter will not have a fixed size, but its cross-section will vary as it incorporates more area, becoming larger at its final section.

On the other hand, there will be 13 culverts: 3 box-type and 9 with pipes.
​Once the project layout has been conceived, we will proceed to carry out the hydrological study to quantify the volume of water per unit of time that will pass through each structure, and subsequently calculate their dimensions.

​See you soon.



0
0
0.000
1 comments
avatar

Thanks for your contribution to the STEMsocial community. Feel free to join us on discord to get to know the rest of us!

Please consider delegating to the @stemsocial account (85% of the curation rewards are returned).

Consider setting @stemsocial as a beneficiary of this post's rewards if you would like to support the community and contribute to its mission of promoting science and education on Hive. 
 

0
0
0.000