Obra de Toma. Quinto día de trabajo. Representacion visual mediante planos/Water Intake Structure: Day 5 of Work | Visual Representation through Blueprints
Buen día Hive, feliz fin de semana para todos.
En los dos posts anteriores explicamos cómo se concibió y se dimensionó esta obra, respectivamente. Ahora compartiremos el resultado a nivel de planos de detalles, los cuales permitirán al constructor ejecutar y dar vida real a nuestro proyecto.
Aquí les comparto dos vistas de la obra realizadas en el software por excelencia para el dibujo de ingeniería, AutoCAD: una vista frontal y una vista longitudinal, donde se aprecia claramente el tamaño de cada objeto, su forma y los niveles hasta donde el constructor debe excavar en el terreno. Además, incluyo unas imágenes fotorrealistas que fueron modeladas en el propio software y renderizadas con la ayuda de la IA Gemini, las cuales ayudarán a visualizar rápidamente la obra al estar en 3D.
Hay dos detalles de diseño que resaltan de manera particular:
1-La altura de las columnas: Las columnas que soportan las compuertas sobresalen más de tres metros por encima del nivel superior de la obra de toma. Esto se debe a que dichas compuertas, debido a su gran peso, serán accionadas por un motor eléctrico apoyado en la viga superior. Como el nivel del río alcanza casi dos metros sobre la obra de toma durante períodos de lluvias extremas, las columnas se diseñaron así para mantener los motores bajo resguardo y evitar que se mojen.
2-La pendiente adversa: La pendiente de la parte final de la obra de toma es adversa; es decir, va subiendo en el sentido del flujo del agua. Esto se diseñó con el propósito de que las partículas sólidas que se asienten durante los períodos en que el flujo no circule, drenen directamente hacia el desarenador, que es el lugar definitivo donde se sedimentarán las arenas.
‐‐--------------------------------------------
Good morning Hive, happy weekend everyone.
In the previous two posts, we explained how this project was conceived and dimensioned, respectively. Now, we will share the final result at the detailed blueprint level, which will allow the builder to execute and bring our project to life.
Here, I share two views of the structure created in AutoCAD, the engineering drafting software par excellence: a front view and a longitudinal view, where the size of each object, its shape, and the excavation levels required in the terrain are clearly visible. Additionally, I include some photorealistic images modeled within the software and rendered with the help of Gemini AI, which will help to quickly visualize the structure in 3D.
There are two design details that stand out in particular:
1-The height of the columns: The columns supporting the gates protrude more than three meters above the upper level of the water intake structure. This is because these gates, due to their heavy weight, will be operated by an electric motor supported by the upper beam. Since the river level reaches almost two meters above the intake structure during extreme rainy periods, the columns were designed this way to keep the motors sheltered and safe from water.
2-The adverse slope: The slope at the final section of the intake structure is adverse; meaning it rises in the direction of the water flow. This was designed so that solid particles settling during non-circulation periods will drain directly back into the sand trap (desander), which is the designated location for sand sedimentation.





Congratulations @multiingeniero! You have completed the following achievement on the Hive blockchain And have been rewarded with New badge(s)
Your next target is to reach 100 replies.
Your next target is to reach 900 upvotes.
You can view your badges on your board and compare yourself to others in the Ranking
If you no longer want to receive notifications, reply to this comment with the word
STOPCheck out our last posts:
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.