How China built An Impossible Floating Airport in the ocean скачать в хорошем качестве

How China built An Impossible Floating Airport in the ocean

How China built an Impossible Floating Airport in the Ocean China built a world-class airport on land that didn’t exist — then did it again and again in places where airports *shouldn’t be possible*: on the ocean, on cliffs, on wetlands, on soft coastal mud, inside mountain valleys, and even on the Tibetan Plateau at nearly 15,000 feet. In this video, we break down *nine of China’s most “impossible” airports* and the engineering methods that made them real: massive land reclamation, seabed stabilization, typhoon-proof seawalls, vacuum consolidation, vertical wick drains, dynamic compaction, deep cement mixing, parametric steel space-frames, and high-altitude concrete and permafrost engineering. Airports explored in this video: *1) Hong Kong International Airport (Chek Lap Kok) — the “floating” airport* Built on a man-made island using mountain blasting + ocean reclamation Deep foundation piling through soft seabed sediment Typhoon-resistant seawalls and accelerated ground settling (wick drains + surcharge loading) *2) Dalian Zhoushuizi International Airport — cliffs + sea* Runway expansion by cutting into coastal hills and reclaiming land offshore Micro-blasting near active operations Caisson seawalls, hydraulic fill, and dynamic compaction for runway stability *3) Beijing Daxing International Airport — the starfish megaterminal* Massive single-terminal structure with minimal columns Steel space-frame lattice and tens of thousands of custom nodes Parametric design + custom glass panels installed with millimeter precision *4) Qingdao Jiaodong International Airport — starfish on coastal soft clay* Deep piling through thick soft layers Faster, improved fabrication based on Daxing lessons High-speed rail station built under the terminal using phased excavation + 4D scheduling *5) Daocheng Yading Airport — extreme altitude* One of the world’s highest airports (thin air, brutal UV, low oxygen) Special concrete curing methods, modified asphalt for extreme temperature swings Permafrost stabilization with thermal piles and strict construction windows *6) Shenzhen Bao’an International Airport — tidal flats + reclaimed delta soil* Hydraulic fill, surcharge loading, and vacuum consolidation Stone columns + raft foundations for heavy terminal loads Long-span roof systems and cantilever solutions *7) Shanghai Pudong International Airport — expanding on wetlands while operating* Vertical drains + vacuum consolidation to compress deep clay Stone columns and deep cement mixing (turning soft soil into reinforced ground) Complex sequencing to build new runways without stopping airport operations *8) Chengdu Tianfu International Airport — leveling a mountain valley* Massive cut-and-fill earthworks to create a flat runway platform Precision compaction and flood-control drainage engineering Twin mega-terminals built in synchronized parallel construction *9) (You can add one more “wow” airport here if you want a clean “9” list)* If you want, paste the 9th airport you want included (or tell me the region: ocean / mountain / desert / plateau), and I’ll match the same tone and structure so the list feels perfectly complete.