‘Build, Construct, Create’…a newspaper bridge!

As part of our "Build, Build, Create" theme, the receptionist learned about Brooklyn Bridge. When it was built, some elephants were led to prove that power as some people did not believe it would be strong enough to keep their weight!

Set a challenge: Use only newspapers and tapes to make a bridge that can hold one or kilograms. We roll the paper, fold, rip and flat to build our bridge, and everyone can complete the challenge! I thank all adults who supported us.

Over the past two decades, the bridge construction industry has been looking for solutions to avoid or minimize the negative impact of bridge construction. This solution is called Accelerated Bridge Structure (ABC). As national bridge infrastructure becomes an important issue, this approach can be used and used for more bridge construction projects. ABC is a way to build a bridge that uses safer, more cost-effective, new forms of planning, procurement, design, materials, installation and construction of public facilities. ABC greatly reduces the time required to construct a new bridge and replace or repair an existing bridge

Precast bridge components and systems are commonly used for the construction of slip in bridges. They are used to building new bridges on temporary support next to existing bridges. When the construction of the new bridge is completed, the road is closed and the old bridge is removed or slides down. Then move the new bridge to the predetermined position, tie it closely, tie it in 48 to 72 hours. The final step in the build process is to connect the utility components built on the new bridge to the existing local utility infrastructure. This is the fastest and most cost-effective way to replace existing bridges.

To lay the foundation is the first step to build a bridge. In this process, a detailed ground survey of the bridge site will be conducted. You need to choose the type of bridge foundation, such as the foundation of the well, pile foundation, and opening foundation. Each foundation applies to the characteristics of a particular soil layer and required bridges. Soil properties determine capacity and other important parameters. The superstructure is basically designed according to technical requirements, aesthetic reasons and structural methods. The necessary drilling on the foundation may need to be done at considerable depth, including hard floors, before reaching hard rocks. Engineering expertise includes avoiding water and preventing the excavation from collapsing. Especially the tunnel may suddenly fail.