#Piping Engineering

[myengineeringgeek]

Piping P&ID Symbols Chart for Engineers

[theknowledgehub]

Pipe Stress Analysis: Challenges Faced in High-Temperature Applications High-temperature applications present unique challenges in pipe stress analysis. As temperatures increase, pipes expand, leading to significant thermal stresses that can compromise system integrity. Engineers must address issues like thermal fatigue, buckling, and material degradation. Effective analysis requires advanced techniques such as finite element analysis to model stress distributions accurately. Maintaining safety and efficiency is crucial, especially in industries like petrochemicals and power generation. Proactive stress management ensures reliable operation and compliance with industry standards. #PipeStressAnalysis #HighTemperatureChallenges #ThermalFatigue #FiniteElementAnalysis #EngineeringSafety For more information, visit: https://inclinedengg.com/pipe-stress-analysis/

[piping-course]

Piping Engineering Course in Mumbai | Trinkets Institute

The Piping Engineering Course in Mumbai at Trinkets Institute offers comprehensive training in piping design, stress analysis, and material specifications. With expert instructors and practical exposure, enhance your skills for a successful career in the piping industry.

[kgrowthsl]

Discover top-quality engineering products in Chennai. Our engineering products in Chennai ensure durability and innovation for all your needs.

[favorite-worst-nightmare]

Animatic……… soldier gets glasses…..

[gods-in-the-machines]

[almost-good-at-cosplay]

"That ain't a toy, son..."

You guys seemed to like the last one I did so I said fuck it, ANOTHER impromptu Emesis Blue costume!

[myengineeringgeek]

Know how Rishabh Engineering utilizes CAESAR II for #pipe stress analysis

[theknowledgehub]

The Role of Pipe Stress Analysis in Piping Design Pipe stress analysis is essential in piping design, ensuring safety and reliability in various industries. By assessing the impact of thermal expansion, pressure fluctuations, and external loads, engineers can prevent failures and leaks. This analysis is crucial for maintaining structural integrity, optimizing performance, and adhering to industry standards. Recent trends emphasize its role in enhancing operational efficiency and minimizing downtime. As industries evolve, integrating advanced simulation tools into pipe stress analysis becomes increasingly vital for sustainable practices. #PipeStressAnalysis #PipingSafety #EngineeringDesign #StructuralIntegrity #OperationalEfficiency For more insights, visit https://inclinedengg.com/

[iamthepulta]

I think I'm slowly getting a picture of a narrative. This is tricky though. If I had uh- known what the fuck I was doing six months ago, I would've titled the presentation, "Alum mining, trade, and metallurgy from Bronze Age to Present" and called it a day.

The lax definition of alum's chemistry also makes it really hard to pin down. It ranges from hydrous to anhydrous (impure and pure) aluminum sulfate salt to aluminum clay. Civilizations until the Roman era just kind of pointed at white shit, called it alum, licked it to see if it was sour (not salt) and tossed it in the chemical vat.

There were also specific locales for the good shit. So instead of saying 'alunite', you'd say 'alum from the Hittites', or 'alum from Egypt'. One could be used for tanning, but the other was used for a fancy blue glaze (cobalt-clay). You could also produce alum from alunite, like on the isle of Lesbos (Sappho historical romance novel with alum when??)

But. Within all this. You have the Babylonians primarily using it as a tanning agent and wool-dyeing. The Egyptians used it as a glaze, for pottery, and medicinal/metallurgical uses. Apparently blue beads were making it all the way to China and Scandinavia at this time? The Romans took the metallurgical uses and cranked that up to 11. After the fall of Rome, the Arabs used alum for all the above and Germany was also using it metallurgically, but my research ends here right now.

In the present, alum is still used as a mordant (dyeing agent), but is more often used as a water treatment flocculant (filtering impurities). It's also more rigorously defined as either ammonium, potassium, or sodium hydrous aluminum sulfate. Whether we still mine it is unclear?? It doesn't seem to be the case: we mine aluminum, get aluminum oxide, which either goes to Iceland to be made into pure aluminum, or is sold separately and then added to Na2(SO4) to make alum.

It doesn't really pack the same punch I wanted it to with clothing though, because it's not really used for that. Chromium sulfate is now the primary mordant if you're doing chromium tanning, which is environmentally bad and kind of like nuking a hide to make it tan fast. I guess I can track down where the chromium is coming from, and how they make that.

This isn't even getting involved in plastic production, or rayon, or nylon, or the history of fast fashion and petroleum. I think the end line of this will have to be something vague and unspecific, like "disregarding the non-renewable resources that go into <I want to say artistic, but they're not artistic. The proper term is probably female-driven industries lol> fundamental human tools can lead us to overlook industries that have just as much impact - economically and socially - on geopolitics."

... I can already see the first question on that being, "what are some other non-renewable resources you think have been overlooked?" :') ahh, idk. I've been reading for 30hr. I'm going to go to sleep. I'll run away from the podium or smthg.

to do: I should reread Al-Razi with alum in mind... the translator is not Levey, so I have to chemically check all the names she gives minerals. But I distinctly remember alum coming up several times and tripping me up.

Also chromium sulfate manufacturing/mining; saving this chrome/ferric reference because I haven't seen them written altogether anywhere else.

[kgrowthsl]

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[skeletalheartattack]

[gods-in-the-machines]

[wanghedi]

is a marketing job just making various powerpoints. I havent seen them do anything at work other than make and look at powerpoints this is cannot be a real job...

[xinyuesteeljosie]

What do we do in April 2025?

My dear friend, Xinyue will attend 2025 OGU (Oil & Gas Uzbekistan) from 13th May to 15th May 2025! Location: Uzekspocentre Exhibition Centre (Tashkent, 700084107, Amir Temu street Uzbekistan) Come and join us this time! For all your oil and gas pipeline or seamless steel pipe request, feel free contact us at anytime; BR Josie

[carbonsteelflangeandpipe]

SMLS Stainless steel pipe From Xinyue Steel Deliver To North America Specification: ASTM A312-2 SUS304

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