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0:27
Jai Shree Ram jai Hanuman🙏
1.4K views
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Kundan Premanand
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Knowledge Matrix on Instagram: "Lacustrine clay forms in quiet postglacial lake basins where fine particles settle slowly and create soft layered deposits. Weak particle bonds produce low shear strength and high compressibility. Even moderate loads increase pore water pressure and trigger gradual consolidation. High moisture levels raise the risk of differential settlement as water escapes through narrow pore spaces. Structural loads often cause long term movement because the clay responds slowl
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Knowledge Matrix™ | Lacustrine clay forms in quiet postglacial lake basins where fine particles settle slowly and create soft layered deposits. Weak particle... | Instagram
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Screenxverse on Instagram: "Lacustrine clav is a fine-arained sediment that forms at the bottom of ancient lakes where water is calm and slow-moving. In these low-energv environments, extremely small clay particles settle gradually out of suspension, accumulating over thousands to millions of years in thin, uniform lavers. Because of this slow deposition, lacustrine clays often appear laminated and very smooth in texture. Mineralogically, these clays are rich in plate-shaped SH clav minerals suc
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Daily fact & Knowledge | Lacustrine clay forms in quiet postglacial lake basins where fine particles settle slowly and create soft layered deposits. Weak particle... | Instagram
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UniverseX on Instagram: "Lacustrine Clay: Born in Ancient Lakes, Fragile Under Pressure 🌊🧱 Formed over thousands of years in calm lake waters, this clay looks solid—but hides a weak internal structure. Under heavy loads, it compresses, shifts, and settles easily. That’s why engineers treat it with extreme caution. Nature’s quiet past can create big challenges today."
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Education || history || technology on Instagram: "At first glance, this clay looks flawless — smooth, clean, and almost sculpted as the excavator lifts it out. But this “perfect” appearance hides a serious engineering challenge. . . This material is lacustrine clay, formed thousands of years ago at the bottom of calm post-glacial lakes where ultra-fine particles settled slowly in layers.Because it formed underwater, the clay traps a large amount of water between weakly bonded particles. That giv
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0:12
Explains Anything on Instagram: "Lacustrine clay forms in quiet postglacial lake basins where fine particles settle slowly and create soft layered deposits. Weak particle bonds produce low shear strength and high compressibility. . . Even moderate loads increase pore water pressure and trigger gradual consolidation... High moisture levels raise the risk of differential settlement as water escapes through narrow pore spaces. Structural loads often cause long term movement because the clay respond
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CURIOUS ILLUSION on Instagram: "Lacustrine clay — ancient lake beds that test engineering patience 🌊🧱 Lacustrine clays are fine-grained sediments deposited in lakes over thousands of years. They’re rich in water and organic matter, giving them a soft, weak structure. 🔹 Formation: • Sediments settle slowly in calm lake waters. • Over time, layers build up, trapping water and forming a dense, cohesive clay. • Ancient lakes leave behind thick deposits that can stretch for kilometers. 🔹 Engineer
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Global Feed | Lacustrine clay forms slowly at the bottom of ancient lakes where fine particles settle for centuries under still water. It looks stable at... | Instagram
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courteous007 | What looks like solid ground can hide a dangerous geological weakness beneath it. 🏗️🌍 This video explains lacustrine clay, a fine-grained... | Instagram
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ScienceSpark | Lacustrine clay forms in quiet postglacial lake basins where fine particles settle slowly and create soft layered deposits. Weak particle... | Instagram
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Meets science on Instagram: "Ever wondered why some soils fail under heavy loads? 🏗️ Lacustrine clay is formed in ancient lakes over thousands of years. 🌍 Even though it looks solid and compact, its structure becomes weak when pressure is applied — making it risky for construction, roads, and buildings. 🚧 This is why engineers study it carefully before building on it. 🧪🔍 . . . #geologyfacts #earthscience #trending #viral #explore #scienceexploring #sciencefacts #didyouknow #engineeringmarve
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Science on Instagram: "Ever wondered why some soils fail under heavy loads? 🏗️ Lacustrine clay is formed in ancient lakes over thousands of years. 🌍 Even though it looks solid and compact, its structure becomes weak when pressure is applied — making it risky for construction, roads, and buildings. 🚧 This is why engineers study it carefully before building on it. 🧪🔍 . . . #GeologyFacts #EarthScience #trending"
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