tinbin TC2’s Post

In continuation of the previous post, see air entrainment contours for the D-type PKW (P=0.2 m; H/P=0.2). It can be seen that nappes interact between opposing nappes on the sloping ramp of outlet keys with lateral jets overcrossing the side walls. This interaction leads to notable mixing and turbulence, generating highly aerated rotating jets that exit from each outlet key in a downstream direction. Nappe interactions contribute to energy dissipation. Also, the nappes passing over the crest and the end portion of the inlet key and falling in front of the weir's base (impact point), with splash and spray regions, create an aeration area by interacting with the jets coming out of the outlet keys. Software: FLOW-3D v11.04 Simulated by My professional tutor Dr. Amir Ghaderi and me #Pianokeyweir hashtag #air_entrainment hashtag #energy_dissipation hashtag #spillway hashtag #hydraulic_structure

Vibro Deaerator 🔹KBL Manufactured 🔹Vibrates pyknometer for air evacuation 🔹Electromagnetic vibration 🔹Versatile as Vibro Deaerator and Sieve Shaker 🔹Complies with testing standards #kadeerbrothers #KBL #ASTMSTANDARDS #MaterialTestingEquipment #laboratoryequipment #constructionmaterials #sieveshaker #VibroDeaerator #materialtesting #soiltesting #aggregatetesting #pyknometer

We have those at work. Time to understand how to read them (picture guide attached). Also, know the purpose - it is a quick reference of direction and a wind speed. FYI, most pilots will cancel take off with wind speed @ 15 knots. Lifting a vessel outside or a piece of large steel plate @ 15 knots wind might not be a good idea either.

How can achieve the first condition? 1. Choose the correct airfoil. The airfoil must be a type of low-speed airfoil, symmetry can't be used. 2. When the low-speed airfoil is chosen, the concave direction facing of the blade is important. 3. The initial blade angle is important 4. The ratio is very important between the blade width and the diameter of the windmill. Even a little narrow or wide will reduce the efficiency much more. 5. The blade quantity. Five is the best. If the blade quantity is reduced, the power will be reduced in the same other conditions. However, most people don't truly understand the five points above.

Tired of dealing with clogs and costly maintenance? The Flygt Concertor is the ultimate solution for clogging challenges, featuring self-cleaning Adaptive N-hydraulics. It detects clogs, clears debris, and ensures continuous, trouble-free operation. Say goodbye to unplanned call-outs and hello to a smarter, cleaner system. Have questions? Reach Hahn Equipment at (713) 868-3255 or sales@hahnequipment.com today. Tom Shrader Jason Van Alstine, MBA #WastewaterManagement #MunicipalSolutions #ClogFreeTechnology #PumpingSolutions #InfrastructureInnovation #WaterIndustry #WastewaterTreatment #EfficientOperations #SmartTechnology #WaterUtilities #MaintenanceSolutions #SustainableInfrastructure

2️⃣ Day 2 of SUPER DUG is getting under way in Fort Worth, and if it's anything like Day 1, we're going to be busy! 🙋🏼♂️ Swing by booth #145 and say hello to the Wolf Process Technology team. ✅ News is traveling fast about how the Octopus™ online solids removal system helps operators avoid hazardous confined space entries and reduce emissions—all while lowering costs and increasing production! #sandmanagement #solidsmanagement #separationtechnology #oilandgasoperations #superdug #superdug2024 #unconventionalgas :

FRIGOSYSTEM S.R.L. A scroll chiller compresses refrigerant using a scroll compressor. It contains a stationary scroll plate and an orbiting scroll plate, which rotates around the stationary component and compresses the refrigerant to raise its temperature and pressure. This process prepares the refrigerant for the rest of the cooling process. Scroll chillers have the following benefits: Smooth operation: Scroll compressors contain fewer moving parts and produce less torque variation, allowing scroll chillers to operate more quietly and smoothly than other chillers. Efficiency: Scroll chillers can output more cooling per energy unit than other chiller systems, making them a highly efficient option. VFD options: Newer models offer scroll compressors with a built-in variable frequency drive for variable speed control. #ScrollChiller #CoolingEfficiency #EnergyEfficiency

Discover the inner workings of our Inertia Reel Gas Generator - it's designed to retract the straps of the Inertia Reel, positioning the aircrew optimally for ejection. Upon initiation of the device, a gas pressure drives grease through a tube to the gear mechanism of the ejection seat's inertia reel. A seamless process to ensure safety and precision when it matters most. Learn more about this device @ https://bit.ly/3xQfpfS #aerospaceengineering #aviationsafety #ejectionseat #aircrewsafety #aerospacetechnology #militaryaviation #flightsafety #aircraftmaintenance #pilotlife #aviationinnovation #millisecondsmatter #PacSciEMC

Fluid level monitoring is a balancing act of technology, fluid properties, and vessel construction. Our article breaks down 6 common methods used today and how to make the most informed choice for your operations. From contact-based methods to non-contact technologies like radar, we’ll help you find the perfect match. Read now ➡️ https://hubs.la/Q02-D60_0 #dwyeromega #omegaengineering #levelmonitoring #fluiddynamics #leveltransmitter #ultrasonic #ultrasoniclevelsensor #radiofrequencycapacitance #loadcell

Fluid level monitoring is a balancing act of technology, fluid properties, and vessel construction. Our article breaks down 6 common methods used today and how to make the most informed choice for your operations. From contact-based methods to non-contact technologies like radar, we’ll help you find the perfect match. Read now ➡️ https://hubs.la/Q02__-Mr0 #dwyeromega #omegaengineering #levelmonitoring #fluiddynamics #leveltransmitter #ultrasonic #ultrasoniclevelsensor #radiofrequencycapacitance #loadcell