Jurassic World Isla Nublar and Minion Land, as the largest construction sections in the core area of Universal Beijing Resort, have a construction area of less than 50,000 square meters, covering an area of 139,000 square meters. Through a high degree of restoration of Jurassic World, they lead visitors to a magical and exciting adventure.
Click on the video to see the well-designed construction techniques of CSCEC builders, including their intelligent" manufacturing, high restoration of the movie, and 25 kinds of construction specialties in the process of the construction.
Vivid Artificial Hills: The artificial hills in Jurassic World Isla Nublar is 49 meters high and it is the highest point of the entire park. Every wrinkle, every light and every waterfall on the hills is well designed. The builders improve the design based on the preliminary designs, and completed nearly more than 100,000 blueprints by applying a large number of advanced digital software. The project team independently developed a steel shaping software. After more than 1 year of debugging and improvement, it improved the precision of the rebar shaping and bending machines, so that the bending points of a rebar are raised from 32 to 76, showing a more realistic restoration of the appearance of the hills. It was successfully applied to more than 3000 pieces of rebar shaping.
The 9,000-square-meter WaterWorld features constant thrilling stunt shows that put visitors in the middle of exciting "water battles" and give them an up-close and personal experience of heart-stopping life-and-death battles.
The WaterWorld bleacher is made of prefabricated concrete components, with particularly high requirements for appearance. They cannot have any bump, and six pin holes for lifting are buried precisely in advance for each component. The project team firstly adopted the self-developed double-L tri-fold component, which greatly reduced the number of the traditionally-used single-L component and made construction more efficient. The project team control installation in real time, so that each component could be lifted as soon as it entered the site, with the time error reduced to within 30 minutes, saving time and site space and shortened the time by about 40% compared to traditional lifting. The team significantly improved the installation efficiency and completed construction in 10 days.