Hydraulic modeling is an important process used by Commonwealth Engineers to assist communities with the management of their sewer utilities. #HydraulicModeling
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We know effective water resource management is crucial in our world today. In the latest edition of Stormwater Solutions Magazine, two of our #StantecWater team members highlight the importance of hydraulic modeling and how it can help in drainage design and #WaterResources engineering.
Hydraulic modeling approaches in drainage design and water resources engineering
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We know effective water resource management is crucial in our world today. In the latest edition of Stormwater Solutions Magazine, two of our #StantecWater team members highlight the importance of hydraulic modeling and how it can help in drainage design and #WaterResources engineering.
Hydraulic modeling approaches in drainage design and water resources engineering
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FLOW-3D HYDRO’s ease-of-use and volume of fluid method make it an ideal choice for modelling three-dimensional (3D) free surface flows often seen in civil and environmental engineering applications. It is often used for spillway applications where you need to establish a rating curve (spillway flow vs. upstream water level) or need to design the energy dissipation structure. In this spillway example using FLOW-3D HYDRO, the initial dissipator design showed that flow could overtop the sidewalls and potentially cause erosion. The sidewall height was increased to contain the flow within the dissipator structure. Learn more about FLOW-3D HYDRO at https://lnkd.in/eX7SHxJ #flow3d #flow3dhydro #simulationsoftware
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One essential aspect of managing #water resources is #hydraulicmodeling. This approach can help engineers better understand interactions between water and #infrastructure. Curious to learn about hydraulic modeling approaches in #drainage design and water resources engineering? Read on: https://lnkd.in/gQn5A_Tu
Hydraulic modeling approaches in drainage design and water resources engineering
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Hydraulic modeling can help engineers better understand interactions between #water and #infrastructure. This #StormwaterSolutions article looks at #hydraulic modeling approaches in #drainage design and water resources engineering using HEC-RAS: https://lnkd.in/gQn5A_Tu
Hydraulic modeling approaches in drainage design and water resources engineering
stormwater.com
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Hydraulic modeling can help engineers better understand interactions between #water and #infrastructure. This #StormwaterSolutions article looks at #hydraulic modeling approaches in #drainage design and water resources engineering using HEC-RAS: https://lnkd.in/gQn5A_Tu
Hydraulic modeling approaches in drainage design and water resources engineering
stormwater.com
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One essential aspect of managing #water resources is #hydraulicmodeling. This approach can help engineers better understand interactions between water and #infrastructure. Curious to learn about hydraulic modeling approaches in #drainage design and water resources engineering? Read on: https://lnkd.in/gQn5A_Tu
Hydraulic modeling approaches in drainage design and water resources engineering
stormwater.com
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Interesting post here below. H-W is most common here in the States from my experienece. I work in the water and wastewater industry. I recall being at a hydraulics conference right out of college and fell prey to the instructor who asked who was using D-W in their calculations. At the time I was, but I had no idea of H-W at time time. There's are some good information in this article and it helps to explain some of the difficulty we run into when trying to predict C-factors for pipes. A lot of times we end up combining the C & d factor (assuming a value for one adjusting the other) in the H-W equation since it is difficult to determine which one is contributing the the flow characteristic of the system curve. The bottom line is to understand your system and if you can live with the variation in predicted head in your hydraulic system. Great post!!!
In his latest blog - "Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater?" - Bentley expert Tom Walski explains the potential limitations of the equation and why there is no theoretically perfect equation for head loss when dealing with turbulent flow in #water and #wastewater systems. 💧 Read on for details. #engineering #headloss #hydraulicmodeling
Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater? | Bentley Blog | Infrastructure Engineering Software & Solutions
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It was great to see all of the responses to this blog. It’s a topic that people never seem to get bored with. The bottom line for me is that as long as you are working with typical water and sewer piping, it doesn’t matter much if you use the Darcy-Weisbach or Hazen-William equation. Ther important thing is that you use the correct value for the pipes. This model user should understand the extent of the uncertainty brought about by using the nominal rather than internal diameter and ignoring minor losses from fittings like open valves and pipe branches. Over the past few years, our team at Bentley has put out about 140 blogs like this one on a wide range of water topics. You might find some you like. https://lnkd.in/eSY3TipJ We’ve added some features to that web site where now you can search by keyword or filter by topic. Tom
In his latest blog - "Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater?" - Bentley expert Tom Walski explains the potential limitations of the equation and why there is no theoretically perfect equation for head loss when dealing with turbulent flow in #water and #wastewater systems. 💧 Read on for details. #engineering #headloss #hydraulicmodeling
Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater? | Bentley Blog | Infrastructure Engineering Software & Solutions
blog.bentley.com
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In his latest blog - "Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater?" - Bentley expert Tom Walski explains the potential limitations of the equation and why there is no theoretically perfect equation for head loss when dealing with turbulent flow in #water and #wastewater systems. 💧 Read on for details. #engineering #headloss #hydraulicmodeling
Exactly How Bad Is the Hazen-Williams Head Loss Equation for Water and Wastewater? | Bentley Blog | Infrastructure Engineering Software & Solutions
blog.bentley.com
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