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Anchor cooling decides the final strength 🛠️
3,218,099 views • 6 months ago •via X (Twitter)
25 Comments
That’s not an Anchor. It’s a Crain Hook
Isto é fascinante, eu imaginei que a água ferveria no momento em que fosse tocada
quench rate is the whole grain structure story. faster cooling locks in finer martensite, uniformity comes from the geometry of the dunk. the anchor is effectively hardening twice, once in the furnace, once in the physics of steam envelope collapse
淬火
It's called 'quenching', not 'cooling'.
If the wall is thin, ground pressure in storms will make it collapse like paper. The key is in the deep anchors and the internal drainage system. See how a real engineered fortress is built to keep us safe in the most dangerous turns!
It’s not cooling , it’s quenching
Yes, Quenching the hot steel will make it harder 😀
In concrete and composites, how fast the anchor cools controls the microstructure — and that sets its final strength.
AI fake, ROFL.
Cooling time ⏲️
This anchor is also able to cut those internet wires are that are deep inside the ocean’s
BDSM Sh*t 🤣
No one much touch my that water
cái mỏ neo khủng vậy
What’s the big iron meant for?
Wow, Amazing
What is the heat treatment temperature?
Ket photo hide
정말 중요한 공정!
Steel power 🛠️⚡
Wow
Imagine the Temperature🌡️of the water when the hot hammer was dipped into the water.
Not cooling... quenching...!
Can a single cooling process heat this pot of water directly to 100 degrees Celsius?
