Orbit Valves Introduction & Design https://lnkd.in/dy4iKAaQ
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A good way to understand this valve.
Orbit Valves Introduction & Design https://lnkd.in/dy4iKAaQ
Orbit valves Introduction - Chemical Engineering World
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How do Ball Valves Work? Know ball valves in aerospace fluid propulsion, hydraulic, and pneumatic systems, controlling fuel and oxidizer flow to ensure engine function. Vital for gas supply and cooling systems, crucial for aircraft operation. Let's delve into ball valve principles and their aerospace significance. https://lnkd.in/ghdmgPPc
How do Ball Valves Work, Dive Deep for Aerospace Flow Control
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Join Us for a Seminar on Fluid Film Bearing Failures We're excited to announce an upcoming seminar on the failure of fluid film bearings, hosted by Osborne Engineering (OEL Group). Peer into the mechanics of bearing failures and learn from industry experts! Date: June 26th 9am-10:30am (CT) followed by a 30min Q&A session! Topics Covered: Fluid Film Bearings: Understand the critical role of fluid film bearings and their operation in rotating equipment. Common Bearing Failures: Explore issues like Babbitt fatigue, misalignment, and electrostatic discharge. Diagnostic Techniques: Learn how to identify wear patterns and diagnose problems early. Preventative Measures: Discover strategies to enhance bearing performance and longevity. Why Attend? Enhance your skills in identifying and troubleshooting bearing issues. Network with industry professionals and experts. 🔗Message me for an invite. Don't miss this opportunity to elevate your understanding and management of fluid film bearings. We look forward to seeing you there! #BearingFailure #FluidFilmBearings #Engineering #Maintenance #Seminar #OsborneEngineering #OsborneBearingTechnologies #OilandGas #Refineries #Turbines
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Train torsional analysis and coupling modification effect on TNF of integrally geared compressor based on API code. . . . Rotor dynamic and Vibration section (Mechanical Department) of TAPCO (Tajhiz Arg Parsian) . . . #rotor_dynamic #centrifugal_compressor #rotatingequipment
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At Anil Engineering, we understand that the foundation of reliability in cryogenic equipment lies in its material excellence. That's why our cryogenic valves are crafted from premium Stainless Steel (SS) materials, ensuring unparalleled durability and performance in the most demanding environments. 🛠️❄️ 1. Unmatched Durability: Our SS materials are selected for their exceptional resistance to extreme temperatures and corrosive environments, guaranteeing a longer service life for our cryogenic valves. 2. Safety & Precision: Engineered with safety in mind, our valves offer precision in controlling the flow and pressure of cryogenic fluids, ensuring operational excellence and protection. 3. Low Maintenance: The meticulous engineering and the choice of SS materials mean our valves are not just reliable but also cost-effective when it comes to maintenance. Discover the material difference with Anil Engineering's cryogenic valves – designed for those who demand the best in safety, performance, and durability. 🔧💧 Call +91 93247 30856 / 022 27672890 email [email protected] Visit: www.anil-engineering.com #MaterialExcellence #StainlessSteel #CryogenicValves #AnilEngineering #DurabilityDefined #SafetyFirst #PrecisionEngineering #LowMaintenance #IndustrialSafety #CryoValveWednesdays #anilengineering #goldstandardofengineering #goldstandard #engineeringexcellence #goldstandard #achievingsuccess
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Ingeniero de Control Field Service en Siemens Energy | Automatización, Instrumentación y control de procesos
Vibration Analysis - Condition Monitoring in Rotating Equipment Excelente Video Explicativo de los Amigos de Rotor Dynamics 101 Excellent explanatory video from the friends of @Rotor Dynamics 101 #ConditionMonitoring #Engineering
Excited to share that my latest YouTube video, 'Part 41 - Vibration Analysis - Condition Monitoring in Rotating Equipment,' has reached 3000 views! 🎉 Thank you to everyone who has watched and supported the content. If you haven't checked it out yet, below is the link. :) #ConditionMonitoring #Engineering
Part 41 - Vibration Analysis - Condition Monitoring in Rotating Equipment
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Lifing Analysis is a cost-effective testing option to explore multiple surface enhancement methods without the cost of a full engineering effort. It predicts the fatigue life of critical components and can help determine what a surface treatment like shot peening, laser shock peening, or low plasticity burnishing (LPB) will do to a part. This article in Turbomachinery International details one of our Lifing Analysis projects in the power industry that took less than two weeks to complete, cost in the low four figures, and enabled the customer to put funding into their chosen surface treatment without worry. Link in comments. #turbomachinery #powerengineering #engineering
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Introducing CAS Fatigue Monitoring System! Our advanced system is designed to prioritize safety and well-being in mining operations. Using state-of-the-art fatigue sensors and AI cameras, it effectively detects signs of operator fatigue or drowsiness in real time. Key Features: ✅ Real-time Monitoring: Continuously tracks operators' eyes, facial movements, and features to identify fatigue indicators. ✅ Early Warning System: Alerts operators to take necessary breaks or corrective actions, preventing accidents before they occur. ✅ Enhanced Safety: Promotes a safer work environment by ensuring operators are always alert and responsive. Ensure the well-being of your team with this CAS Fatigue Monitoring System. Contact us today to learn more about how we can enhance safety in your operations! Email [email protected] or Call +27 53 723 1490 for more information. #heavyequipment #automotive #engineering #electricalengineering #electronics #construction #electricianlife #technology #plumbing #collisionpreventionsystem #collisionpreventassist #electric #electricalcontractor #contractor #mechanical #tools #truck #electriciansofinstagram #mining #electricalengineer #engineer #miningindustry #CPS #earthmoving #earthmovingequipment
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📣 One more interesting paper published by our members.
I am glad to share with you all the work I presented at the International Conference on Structural Integrity 2023 (ICSI 2023) in Funchal, Madeira, Portugal - "Microstructure and Hardness Properties of a S690QL Steel Welded Joint". This research involved a through characterization of a high-strength steel welded joint. 📊🔍 High- and low-force Vickers hardness tests were conducted across different regions of the joint. Additionally, microstructural observations were carried out using scanning electron microscopy (SEM) with energy-dispersive X-ray spectroscopy (EDS) to identify inclusions or defects arising from the welding procedure in fractured specimens from different regions of the welded joint. This characterization highlights the critical importance of optimizing weld quality, particularly in implementing controlled pre-heating and tailored post-weld heat treatment regimes, to guarantee the long-term integrity of high-strength steel joints, especially in demanding applications such as offshore structures. ➡ https://lnkd.in/g2B6zBYP I welcome any feedback or comments you may have on this research. Thanks 🙏 #ICSI2023 #weldedjoints #welding #structuralintegrity #highstrengthsteel #microstructure #steel #materials #heataffectedzone #hardness #sem #ESIS
Microstructure and Hardness Properties of a S690QL Steel Welded Joint
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𝗔𝗰𝗼𝘂𝘀𝘁𝗶𝗰 𝗜𝗻𝗱𝘂𝗰𝗲𝗱 𝗩𝗶𝗯𝗿𝗮𝘁𝗶𝗼𝗻𝘀 | 𝗔𝗜𝗩 Near pressure-reducing devices, such as valves, installed in gas or multiphase systems, acoustic-induced vibrations can occur. When this happens, the phenomenon may cause fatigue failure in a matter of minutes or hours. This phenomenon exists in the high-frequency domain, typically between 300 and 2500 Hz. For thin-walled piping components, this can become a major challenge when the shell wall frequencies align with this phenomenon. To avoid AIV, we can apply the Energy Institute’s Guidelines (EI), at least as a screening method. EI provides formulas to calculate the sound power level (SPL), which is important for the initial screening. If the SPL meets the established criteria, no further action is required, and everyone is happy. If a component shows a too-high SPL, then the 3D piping model will be reviewed to determine if there are any critical piping components (such as weld-o-lets, instrumentation, welded supports, etc.) in the area. The SPL will be adjusted based on the distance from the SPL source to the component. If the component still doesn't meet the acceptance criteria, which is where the Energy Institute’s guidance stops, what do you do? There’s no clear guidance. There's one option, albeit a complicated one: create an acoustic model and couple it with a mechanical finite element model. The acoustic model is based on the SPL calculated manually, and the goal is to ensure that the dynamic stress range is less than the endurance limit of the material, including all safety and stress concentration factors (well, not all welds exhibit endurance limit plateau, but this is a topic for another day). At Stressman, we love to challenge ourselves with these complex problems. How about you? 🤔 Sondre Luca Helgesen | Nikola Jacimovic The PSI Association | Juan Manuel Mendez Franco #Stressmanlife #AcousticInducedVibrations #AIV #piping #pipestress
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