House Prefabricated Slab Construction Video

Currently, there is no direct link to a complete video on house prefabricated slab construction, but the following content is related to the prefabricated slab construction process and can serve as a reference for obtaining video resources.

Full Process of Prefabricated Wall Panel Installation This process includes several key steps:

1. Surveying and Setting Out: Use a laser level or total station to determine the reference line for wall panel installation, ensuring positional accuracy meets design requirements.
2. Rebar Positioning: Use rebar positioning frames to fix the reserved rebars, preventing displacement that could affect subsequent connections.
3. Correcting Misalignment: Check the verticality and flatness of installed wall panels and adjust deviations using jacks or diagonal braces.
4. Shim Leveling: Place shims of different thicknesses between the bottom of the wall panel and the floor to ensure tight horizontal joints.
5. Mortar Bedding and Partitioning: Apply high-strength mortar at the bottom of the wall panel to form a continuous bedding layer, enhancing structural stability.
6. Hook Lifting: Use specialized lifting fixtures to connect to the embedded lifting rings on the wall panel, completing vertical transportation and positioning with a tower crane or truck crane. For related intelligent construction animation analysis, refer to the 3D animation production case of Xinjiang Tumushuke Xinwei Group, which demonstrates operational details and quality control points for each step through dynamic simulation.

Full Process of Prefabricated Composite Slab Construction The main operations include:

1. Surveying and Setting Out: Snap control lines for composite slab installation on the formwork or poured beams to clarify boundary positions.
2. Support System Erection: Install adjustable steel supports or aluminum alloy brackets based on span and load calculations, ensuring accurate spacing and elevation.
3. Hook Lifting: Use balanced beam lifting fixtures to distribute lifting point forces, preventing cracking of the composite slab due to stress concentration.
4. Checking Slab Spacing: Use a laser level to inspect the width of adjacent slab joints, with deviations controlled within ±3mm.
5. Rebar Tying: Tie additional rebars on the truss rebars of the composite slab to form a bidirectional load-bearing system, enhancing overall stiffness.

Suggestions for Obtaining Video Resources For specific construction videos, you can inquire through the following channels:

1. BIM Technology Platform: The Bilibili channel 'BIM Scientist Xiao Zhang' has published construction animations of prefabricated components, covering the installation demonstrations of wall panels and composite slabs.
2. Construction Animation Producers: Contact companies like Xinwei Group to obtain customized 3D animations, which include detailed process breakdowns and joint treatments in their cases.
3. Industry Forums and Resource Libraries: Visit the official website of the China Academy of Building Research or platforms like 'Zhulong Xueshe' to search for 'prefabricated slab construction videos' and obtain real or simulated materials.