Agha Romero’s Post

❌ Scouring of river bank in a case of 56inch gas pipeline crossing ✔ Important factors to be considered in design of pipeline river crossing: ◾ Determining the width of riverbed exposed to flooding in geotechnical & hydrology studies. ◾ Determining the scour depth of riverbed in geotechnical & hydrology studies. ◾ Laying pipe under the scour depth across the riverbed exposed to flooding. ◾ Protecting the pipe under the river with continuous concrete weight (CCW) to prevent uplift of buried pipeline. ◾ Stabilization of river bank using gabion or other methods. ◾ Drawing of pipeline river crossing shall be designed considering above factors. ◾ In construction phase pipe shall be laid under the river considering scour depth & river bed exactly based on detail design. ✏Omid Azemati #pipeline #civil #river #engineering #construction #design #geotechnical #hydrology #environmental

Many other Dam/ Hydraulics/ Hydro Power projects in the near future..

You can determine flow through hydrologic analysis and the watershed tools in Drainage Design for InfraWorks are built for this purpose. 🌊💧 In this video You will learn the capabilities of these tools in three major areas: delineating watersheds, calculating flows and sizing Hydraulic Structures. Some of the Benefits of #InfraWorks in #Hydrology and Hydraulics: 1. Streamlined Analysis: It offers intuitive tools for hydrological and hydraulic analysis, simplifying complex calculations and simulations. 2. Visualization: Visualizing hydrological and hydraulic data in InfraWorks provides a comprehensive understanding of water flow patterns and potential impacts, aiding decision-making. 3. Collaboration: InfraWorks facilitates collaboration among multidisciplinary teams, enhancing communication and coordination in #infrastructure projects.

Hey LinkedIn! If you’re new to following me, I talk about #civil engineering, #flood and erosion control, #hydrologic and hydraulic modeling, #gis, and #data science. Let me know if you have any suggestions on what to share! ✒️

See First Comment for Video Link 🌊 Hydrology and Hydraulics in Civil 3D: Dive into the world of hydrology analysis for grading surfaces in Civil 3D. Explore the Civil 3D hydrology tool, understand civil 3D flow path creation, and optimize your projects with robust water management solutions. #Civil3DFlowPathCreation #HydrologyAnalysisCivil3D #Civil3DHydrologyTool #Civil3DStormwaterDesign #WaterShedsWaterDrop #Civil3DDrainage #CatchmentAreaCivil3D #Civil3D2024

Fields of activity -Comprehensive management of #water_resources - #Water_supply, #storage, #transmission, #purification and #distribution - #River engineering - #Telemetry systems, SCADA - #Irrigation and drainage networks - #Agricultural -Transmission lines and sewage treatment plant - Management of water distribution networks - #Flood management and surface water - #Dams and hydraulic structures - Monitoring of dams - Hydromechanical and hydroelectric equipment - #Environmental studies - #Value_engineering - #Groundwater - Quantitative and qualitative modelling of surface and underground waters - Global information system technology (#GIS) - #Surveying and mapping (land and radar) - Wind and solar power plants - #Laboratory of soil mechanics, concrete, asphalt and welding (N.D.T and D.T welding tests) - Laboratory and #quality_control of materials - #Geotechnical and soil mechanics - Soil stabilization and soil corrosion - Geotechnical drilling and grouting - Identification of faults, underground facilities - Mine exploration - Geophysical and seismographic studies by surface and in-well methods using Dunhole and Crosshole techniques and determining the specific spectrum of the construction - Radar measurement and identification of underground holes and faults - Social studies and public participation and ...

Let’s talk about tools! A Vibrating Wire Piezometer is a tool in geotechnical engineering for measuring pore water pressure in soil or rock. It consists of a vibrating wire sensor installed in a porous element, which is placed within the soil or rock mass at the desired depth. When connected to a data logger, it records vibration frequency over time. This data helps engineers analyze changes in pore water pressure, aiding in slope stability analysis, foundation design, and groundwater monitoring. To learn more about the tools we use, visit our website at https://lnkd.in/euxvXBHm. . . . . #GeoTechnologyAssociates #EnvironmentalConsulting #GeotechnicalEngineering #GeoTechnical #Engineers #Construction

Analyses of drained and undrained conditions Drained conditions are those where changes in load are slow enough, or where they persist long enough, so that the soil reaches a state of equilibrium, and there are no excess pore pressures caused by the loads. In drained conditions pore pressures are controlled by the hydraulic boundary conditions. An analysis of drained conditions is performed using: (i) Total unit weights; (ii) Effective stress shear strength parameters; (iii) Pore pressures determined from hydrostatic water levels or steady seepage analyses. Undrained conditions are those where changes inloads occur more rapidly than water can flow into or out of the soil. The pore pressures are controlled by the behavior of the soil in response to changes in external loads. An undrained analysis is performed using: (i) Total unit weights; (ii) Total stress shear strength parameters. Reference: Duncan, J. M., Wright, S. G., & Brandon, T. L. Soil strength and slope stability, 2014. #slopestability #geotechnical #engineering

If you are (or know someone who is) a hydraulic modeller interested in working on some really stimulating flood risk management projects, please take a look at the advert David has linked below. From individual sites to regional flood risk strategies, hydraulic modelling underpins the key decisions needed to ensure our projects meet the complex challenges posed by climate change. Happy to take any questions / clarifications. #hydraulics #floodrisk #modelling #climaterisks #climateresilience #sustainable #climatechange

A crazy way to maintain reservoir slope... A reservoir slope refers to the incline or gradient of the land surrounding a reservoir, which is an artificial or natural lake used for water storage. This slope is critical for maintaining the structural integrity of the reservoir, preventing erosion, and ensuring proper drainage. Steeper slopes can lead to increased erosion and potential landslides, while gentle slopes may provide more stability. The design and maintenance of reservoir slopes involve careful engineering to balance these factors, often incorporating vegetation and other erosion control measures to protect the reservoir and its surroundings. Proper slope management is essential for the safety and longevity of the reservoir. #reservoir #engineering #engineer #civilengineering #construction #civilconstruction #engenharia #engenhariacivil