59 Articles
Tags :Prefabricated R&D Page 2
Integrating Prefabricated BIM Technology with Smart Reinforcement Processing Equipment
Editor’s Note: From November 5th to 6th, 2018, the 2018 China Construction Industry Modernization Development Comm...
Reevaluating Truss-Reinforced Concrete Composite Floor Technology: Design, Construction, and Cost Perspectives
◆ Background ◆ Since 2009, I have been researching truss reinforced concrete composite floor slabs and have designed and...
Prefabricated Concrete Buildings in the Nordic Region: Development, Current Trends, and Insights from Topi Laiho
Translation: First, I would like to thank the conference organizers for this opportunity. I am honored to briefly introd...
The Benefits of Using BIM Technology in Prefabricated Construction
BIM technology significantly enhances the efficiency of collaborative design in prefabricated buildings. It helps reduce...
Optimized Installation Plan for Prefabricated Components in Modular Buildings
1. Characteristics of Prefabricated Buildings 1.1 A wide range of building components—including exterior wall panels, in...
Prefabricated Floors: Are Germans Using Plastic Balls in Concrete Slabs to Cut Costs?
Have you ever noticed plastic balls placed between the upper and lower plates of a concrete slab as a substitute for con...
25 Common Quality Issues in Prefabricated Buildings and How to Prevent Them
This article summarizes 25 common construction quality issues encountered in prefabricated buildings and offers preventi...
Prefabricated Shear Wall Structures: Essential Construction Technology You Need to Know
The assembled integral reinforced concrete shear wall structure primarily consists of prefabricated shear walls, composi...
Prefabricated Homes on the Qinghai-Tibet Plateau: Innovative Residential Solutions from Shanghai
Traditional house construction involves manual cement mixing, on-site pouring, and lead hammer measurements, whereas mod...
Prefabricated Wooden Homes with Top-Grade Insulation and Seismic Resistance in Rural America: Earning Potential of This Technology in China
While we were still constructing traditional red brick houses for self-built villas in rural areas, other countries had ...
Designing Breathable Buildings: A Sustainable Prefabricated Case Study of EDU Headquarters in Colombia
In Medellin, the capital of Colombia, the Empresa de Desarrollo Urbano (Urban Development Company) is constructing a new...
Prefabricated Buildings: Only Japanese-Made Structures Are Accepted
When discussing prefabricated buildings, Japan’s innovations stand out as some of the most advanced globally, part...
Full BIM Workflow Demonstration for Prefabricated Experimental Building Construction at BIAD IBC Dalian Vanke City Project
▼ Storage of Prefabricated Components and Construction Site Organization ▼ Hoisting of Prefabricated Exterior Walls ▼ In...
Prefabrication and Industrialization Overview of the Shenyang Vanke Chunhe River Project
The Shenyang Vanke Chunhe River project is situated along the Jinlang Line in Shenyang City and is recognized as a ̶...
Essential Guidelines for Mold Design and Manufacturing of Prefabricated Concrete Components in Shear Wall Structures
1. Concept of Prefabricated Shear Wall Structure Prefabricated concrete, commonly referred to as PC, primarily consists ...
Prefabricated Construction Technology for Beijing Vanke Experimental Building
The Five Key Elements of Prefabricated Architecture
Author: Fan Hua Prefabricated buildings are often described as a form of systems engineering. As such, they inherently i...
A Comprehensive Analysis of Prefabricated Building Types and Their Features
Source: ASCEISGCQU Prefabricated construction began gaining attention in the early 20th century and was fully realized b...
Prefabricated Construction: Challenges That Structural Engineers Need to Know
Prefabricated building development is still in its early stages in China, but construction companies and contractors are...
