See the key differences in how U.S. and British aircraft carriers launch fighter jets—catapults vs ski-jumps, tech vs tradition.

#fighterjets #aircraftcarrier #usnavy #royalnavy #militarytech #jetlaunch #navalpower #defensecomparison #fyp #aviationexplained



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Daniel Chyi 戚钊

“Join me as I explore new places, try local food, and capture unforgettable moments around the world!" 🌍✈️



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lunagirl

A fun water park moment—helping her back onto the slide with laughter, teamwork, and pure summer vibes!

#waterslide #summerfun #adventure #waterpark #funmoments #couplegoals #goodvibes



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Daniel Chyi 戚钊

Despite recent political jabs, Jacinda Ardern recalls a strong and respectful working relationship with Winston Peters. She credits open communication and mutual trust for maintaining a stable coalition government, brushing off his latest criticisms as typical election-year noise.

#jacindaardern #winstonpeters #nzpolitics #coalitiongovernment #rnz #electionyear #politicalleadership #newzealand #fyp #leadershipinsights



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Daniel Chyi 戚钊

#samba por #bilbao #bilbaoespaña #dance #danza #baile



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Daniel Chyi 戚钊

Have you ever wondered why springs aren't constructed from I-beams? In this fascinating video, we delve into the science behind material selection in spring manufacturing. While I-beams are known for their strength and structural integrity, they lack the essential flexibility needed for springs. Join us as we explore concepts such as tensile strength, elasticity, and how different materials impact spring performance. Discover the engineering principles that guide the design of springs, and learn why experts prefer materials like steel and other alloys for optimal results. Whether you’re an engineering enthusiast, a student, or simply curious about manufacturing processes, this video will deepen your understanding of why springs and I-beams don’t mix. Tune in to uncover the intricate balance between strength and flexibility in engineering! #SpringEngineering #MaterialScience #IBeams #EngineeringMechanics #ManufacturingProcess #TensileStrength #Elasticity #MechanicalDesign

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Daniel Chyi 戚钊

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