Jonathan Ricketts, P.E.’s Post

Nominal Pipe Size have very important role in piping system to describe the size of pipe or to buy the pipe size from manufacturer. In this article we will learn what is NPS and how a pipe size plays important role in design of piping system. In simple term it represents the size of pipe in numerical designation, but it does not represent the actual dimensions of the pipe. #MechanicalDesign #PipingSystem

TECHNICAL ELEMENTS OF THE PIPING CALCULATION

Nominal Pipe Size have very important role in piping system to describe the size of pipe or to buy the pipe size from manufacturer. In this article we will learn what is NPS and how a pipe size plays important role in design of piping system. In simple term it represents the size of pipe in numerical designation, but it does not represent the actual dimensions of the pipe. #MechanicalDesign #PipingSystem

🚨 Piping Engineering Tip – Day 3: Expansion Loops & Thermal Stresses 🚨 In any piping system, thermal expansion can lead to significant stresses if not managed properly. That's where Expansion Loops come into play! 🌡️🔧 Thermal expansion occurs when pipes are exposed to temperature changes, causing them to expand or contract. Without proper design, this can lead to deformation or even failure. 🔑 Key Takeaways: - Expansion loops help absorb thermal movement, preventing stress buildup in long pipes. - Designed based on temperature differential, material properties, and pipe length. - Common configurations: L-shaped, U-shaped, or Z-shaped loops. - Alternative solutions include bellows expansion joints for limited space areas. By incorporating the right expansion loops, you ensure the safety and longevity of your piping systems! #PipingEngineering #ThermalExpansion #MechanicalEngineering #ProcessEngineering #EngineeringDesign #PipingSystems #StressAnalysis #PlantDesign #PipingStress #EngineeringTips #ExpansionJoints https://lnkd.in/dFRUANpQ

Accurate piping supporting is an important task for every piping designer. In the presented file i have tried to define different support type, their roles and principle of support arrangement in a simple way. The importance of this document is in explaining supporting principle of GRE/GRVE/GRP material. I hope it will be useful for piping engineers, specially whom are designing GRE/GRVE/GRP pipe. So if you need more information please don't hesitate to contact us. sales.eng@farassan.org

 piping and structural basics book book   piping and structural basics course   piping and structural basics books   basics book of piping and structural https://lnkd.in/gkWJZ-fy Pipes are used to transfer the fluids from one place to another. For example, pipes are used to  carry gas and water in household works. Application of pipes and its usage in factories,  large scale industries are shown below.

🚀 Piping Engineering Tip – Day 9: Key Considerations for Pipe Slope and Drainage Design 🚀 Pipe slope and drainage are critical for maintaining proper flow, preventing fluid buildup, and ensuring the long-term functionality of piping systems. An effective slope design reduces issues related to liquid accumulation, corrosion, and pressure drops. Here’s what to keep in mind: - Gravity-Assisted Flow: For drainage systems, a consistent downward slope allows gravity to naturally carry fluids, reducing the need for additional pumps or mechanical aids. - Preventing Stagnation: Sufficient slope prevents liquid accumulation, which can lead to internal corrosion, bacteria growth, and blockages, especially in low-velocity sections. - Gas Condensate and Liquid Drainage: For systems that carry gas, include low points with drainage to remove condensate and avoid gas line pressure drops or uneven flow. - Slope Calculation: The appropriate slope depends on the type of fluid, pipe diameter, and flow rate. For example, drainage pipes often require a minimum slope of 1% to 2% to ensure efficient flow. - Inspection Points and Access: Design drainage systems with access points for regular inspection and maintenance, allowing quick removal of blockages or buildup. Proper slope and drainage design not only improve flow efficiency but also minimize wear, maintenance, and operational costs over time. #PipingEngineering #PipeSlope #DrainageDesign #FluidFlow #SystemMaintenance #MechanicalEngineering #IndustrialEfficiency #CorrosionPrevention #EngineeringDesign #OperationalExcellence https://lnkd.in/dFRUANpQ

Incorporating #ExpansionJoints into a piping system. The main reason to incorporate Expansion Bellows/ Expansion Joints into a piping system could be due to the improved flexibility in design and cost reduction by removal of the complexity of fix points and guides, including the overall space requirements for the pipe system are reduced. 📌Moreover, Expansion Joints offer the advantage of reducing stress in pipe systems generated by thermal expansion and reducing pipe loads at connections to sensitive equipment such as pumps and steam turbines. This acts to prolong the #servicelife of pipe systems and reduce the risk of downtime for additional maintenance and repair. In addition, accessories mounted on the Expansion Joints could bring further benefits, such as gimbals and hinges, adding stability to the Expansion Joint and the piping system. Further, selecting a tied or hinged expansion joint can be a better and cheaper solution as the number and complexity of fixed points and guides are reduced. However, locating or eliminating Expansion Joints in a piping system could be case-sensitive and depend on the design considerations. Obviously, it always requires great experience and knowledge in piping design. At Belman Design, we possess the right expertise and are able to execute many types of engineering calculations and designs to support different project needs in piping design upon your requirements. Contact us: https://bit.ly/3NNwPzF