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The first in China! The latest progress in the construction of the Aerospace Information University →

September 10

It is the first university in China to focus on aerospace information as its teaching direction

Aerospace Information University

The second phase of the construction project is a batch

The main structure is fully capped!

The first in China! The latest progress in the construction of the Aerospace Information University →
The first in China! The latest progress in the construction of the Aerospace Information University →

Shandong · Jinan

Aerospace Information University is sponsored by the Shandong Provincial People's Government

It is a key university included in the "14th Five-Year Plan" of the Ministry of Education

It is the first university in China to teach aerospace information

After completion, it will become a high-level innovative university in the new era

Help accelerate the construction of a strong country in education, science and technology, and aerospace

The total planned construction area of the school is about 650,000 square meters

The company's construction area is about 102,000 square meters

Including 5 monomers and related supporting facilities

No planning, no construction

There's a recipe for efficient construction

The first in China! The latest progress in the construction of the Aerospace Information University →

▲ Schematic diagram of roof deepening design

The project team adheres to the concept of "no planning, no construction".

Take the construction organization design as the key link, and plan as a whole

Take the construction plan as the line and plan locally

Take the technical disclosure as the foothold

Carry out detailed node planning

Assist in on-site construction

Currently, the project team is using drone oblique photography

The virtual model of the construction node is visualized and disclosed

and 15 other BIM technologies

The first in China! The latest progress in the construction of the Aerospace Information University →

▲Graphic information building Tekla software steel structure drawings deepened

The graphic information building of the project is mainly a steel frame structure system

The total steel consumption is about 13,000 tons

It is difficult to organize the construction

The project team used Tekla software to build the model

Carry out the deepening of the steel structure drawings

Optimize the type and size of each component

At the same time, the construction interface is scientifically divided

Organize plane transitions in a timely manner

Efficient construction

In 60 days, it will be out of plus or minus zero

In 150 days, the first single building was capped

In 210 days, the project was fully capped

Strengthen tackling key problems and promote performance

Take multiple measures to solve the problem

The first in China! The latest progress in the construction of the Aerospace Information University →

▲Schematic diagram of the foundation construction of the project

The depth of the local foundation pit of the project is more than 12 meters

The site is all limestone base, which is extremely difficult to crush

There are many karst caves, and the substrate treatment takes a long time

The project team set up a special team for deep foundation pit technology research

Through expert demonstration, inspection, testing and other measures

Eventually, the entire working surface is deployed at the same time

"Crushing + base pressure injection high-strength quick-setting mortar" construction

The progress of efficiently solving limestone crushing is slow

There is a problem with cavities in the substrate

Complete the foundation construction task 20 days ahead of schedule

The first in China! The latest progress in the construction of the Aerospace Information University →

▲Graphic information building site overrun beam distribution map

Each single structure of the project is a steel frame structure

The 6th floor and 7th floor of the graphic information building are annular cantilevers

The maximum cantilevership is 9 meters

High construction accuracy requirements

The project team optimizes the construction plan

Annular cantilevered structure area

It is assembled by ground sub-units

The method of hoisting as a whole

The hoisting efficiency and installation accuracy have been greatly improved

Focus on science and technology, ensure quality

Smart construction improves energy efficiency

The first in China! The latest progress in the construction of the Aerospace Information University →

▲The interface of the smart construction site system of the project

The project relies on the company's professional technical strength and platform

Set up a project intelligent construction application implementation team

Integrate intelligent construction into all aspects of project management

At present, the project has been applied

Intelligent AI Eagle Eye Monitoring System

Hook visualization + laser guidance system

tower crane intelligent inspection and monitoring system, etc

A number of new technologies and equipment

Empower production, increase efficiency for management, and escort for safety

The first in China! The latest progress in the construction of the Aerospace Information University →

The project team used "top length horizontal timber + lock timber"

Combine to strengthen the stiffness of the top of the wall formwork

Ensure the quality of the finished product of shear wall concrete construction

The use of "finished corner waterproof steel plate" to ensure the waterproof performance of the structure

Use before concrete pouring in each area

"Pouring sequence advance planning + maintenance video online real-time upload"

Effectively guarantee the appearance and physical quality of concrete

The pass rate of the first acceptance of the main structure is 100%

Ensure that the whole process of project construction is excellent at one time