Language
English
عربي
Tiếng Việt
русский
français
español
日本語
한글
Deutsch
हिन्दी
简体中文
繁體中文
API
Home
How To Use
Language
English
عربي
Tiếng Việt
русский
français
español
日本語
한글
Deutsch
हिन्दी
简体中文
繁體中文
Home
Detail
@theknottystring: Here’s a couple of my flower charm bracelets on
theknottystring
Open In TikTok:
Region: US
Sunday 08 November 2026 07:26:24 GMT
25
0
0
0
Music
Download
No Watermark .mp4 (
0MB
)
Watermark .mp4 (
0MB
)
Music .mp3
Comments
There are no more comments for this video.
To see more videos from user @theknottystring, please go to the Tikwm homepage.
Other Videos
احتباس العذر الشرعي #السعوديه_الرياض_حايل_جده_القصيم_بريده
The Silver Bridge collapse of 1967 remains one of the most significant engineering failures in history. But what actually caused it? It wasn't a sudden storm or a massive defect—it was a microscopic 0.1-inch crack hidden deep within a steel eyebar. In this video, we explore the forensic engineering of the Silver Bridge, detailing how a quest for efficiency led to a hidden vulnerability. We examine the specific design of the eyebar suspension system and why the material's high strength became its greatest weakness through a process called stress corrosion cracking. Topics covered: - The unique "eyebar" suspension design vs. traditional cables. - The trade-off between heat-treated steel strength and fracture toughness. - Why the bridge was a "non-redundant" structure with no backup systems. - The mechanism of corrosion fatigue and how the crack grew over 40 years. - The physics of the collapse: why the steel shattered like glass. - How this disaster led to the National Bridge Inspection Standards. Learn why the integrity of our largest structures often depends on the smallest details hidden in the dark corners of a joint. Timestamps: 0:00 The Symbol of Steel Strength 1:15 The Eyebar Suspension Design 2:45 Strength vs. Brittleness: The Hidden Trade-off 4:30 The Microscopic Failure: Stress Corrosion Cracking 7:15 The 0.1-Inch Tipping Point 9:00 The Chain Reaction and Collapse 10:45 Lessons in Engineering and Public Safety If you find these explorations of the invisible forces that shape our world valuable, please like and subscribe for more engineering deep dives. #Engineering #SilverBridge #DisasterAnalysis #CivilEngineering #BridgeFailure #StructuralEngineering
TUTORIAL #tutorial #ausar #fyp
baby catch the lolipop 😂 - Mommy finger - Dady finger -Nursery Rhyme & Kids Song #babysong #kids #kidspoem #nurseryrhymes #baby
About
Robot
API
Legal
Privacy Policy