Architectural Research Support Team
Building Technology & Consulting
Creating a New Era of Building Technology
The Architectural Research Support Team provides special solutions to realize futuristic technologies and build optimized buildings through R&D and engineering capabilities.
Technologies Owned
Structure R&D
- PC integrating structure design and construction
- Mushroom slab shear reinforcement
- Top-down framework design and construction
- Dual wall design
- Truss deck attached wall concrete formwork construction
- PF construction
Material R&D
- Low-carbon concrete technology
- Industrial concrete floor construction
- Lightweight integrating panel
- Early-strength concrete technology
- Exposed mass concrete construction
- High-strength concrete’s fire resistance performance-ensuring technology
- Mass concrete hydration heat control
- Ready-mixed concrete unit quantity management
- CLC block manufacturing
- Seawater (salt) damage-resistant concrete technology
- Polishing method for underground parking lot floor
Representative Technologies
PC integrating structure design and construction
Technology
overview
- The PC integrating structure by which construction period reduction and required manpower minimization can be achieved through the dry method of construction work is being reviewed. PC double beam, apartment hybrid PC system, and stairs system were also developed. The double beam PC structure is easy to apply to structures with high floor level and huge live load such as logistics centers. The hybrid PC system is a construction method for minimization of labor by which quick and convenient construction of apartment complex underground parking lot with competitive cost can be performed. The COSEC stairs system is a construction method that achieves quality improvement and construction period reduction by making the stairs PC upon core pre-construction of a high-rise building.
Effects
- Cost savings and buildability improvement
Applied Projects
- Applied to numerous sites including Dongtan Logistics Center, Doma e-Pyunhan Sesang Forena
Intellectual
Property Rights
- Patent No. 10-0875960: construction method of precast concrete stairs
- Patent No. 10-1036174: joint structure of PC beam for use in building construction using the PRC integrating method
- Patent No. 10-1036175: joint structure of PC beam for use in building construction using the PRC integrating method
- Patent No. 10-1086222: PC slave for building with reinforcement structure as a set
- Patent No. 10-1151047: Sleeve for anchorage of continuity reinforcing bar in PC structural wall
- Patent No. 10-1586385: Coupled PC composite girder for high-load long-span floor structure and construction method
- Patent No. 10-2019-0016275: Hybrid PC underground parking lot
Mushroom Slab Shear Reinforcement
Technology
overview
- As a plane truss-type shear reinforcing method to reinforce the slab-column copula of the reinforced concrete mushroom slab structure that is weak to shearing, the technology contributes to structural resistance performance in case of direct shear destruction and imbalance moment. Even after concrete slab damage, independent structural behavior is possible.
Effects
- Earthquake resistance performance, cost savings, and buildability improvement
Applied Projects
- Some 30 sites including e-Pyunhan Sesang Yangju 4
Intellectual
Property Rights
- New construction technology no. 641: reinforcement method of the slab-column copula of reinforced concrete mushroom slab structure using insertion-type plane truss
Truss Deck Attached Wall Concrete Formwork
Technology
overview
- Upon construction of the underground floor’s exterior wall (attached wall) depositing concrete to the sheathing side, a construction method improving buildability and cutting labor force by replacing the solder system with TG truss
Effects
- Cost savings and construction period reduction
Applied Projects
- Many projects including Gimpo Gurae Knowledge Industry Center, e-Pyunhan Sesang Gwangjin Grand Park
Intellectual
Property Rights
- Patent No. 10-1934520
- Patent No. 10-2011988
Point Foundation (PF)
Technology
overview
- A construction method that ensures stable bearing power of soil and controls long-term sagging through ground transposition at the foundation of weak ground
Applied Projects
- Underground parking of apartment complex including e-Pyunhan Sesang Cheonggye, logistics warehouse, SOG floor
Intellectual
Property Rights
- New Technology No. 816
- Patent No. 10-1874380
Low-carbon concrete
Technology
overview
- While the quantity of cement use is significantly reduced compared to regular concrete and the amount of industrial by-products is greatly increased, this technique has the same workability, early strength and durability as normal concrete.
Effects
- Reduction of carbon emission, Cost reduction, Improving workability
Applied projects
- Applied to about 20 construction sites in addition to ePyunhansesang Gwanggyo
- Applied to about 10 construction sites in addition to H2 Hotel
Intellectual
Property Rights
- Patent No. 10-1042817 : Admixture composition for promoting the ionization of concrete, and Eco-friendly low carbon concrete including thereof.
- Patent No. 10-1356967 : Eco-friendly low-cement binding material compounds containing free CaO
- Patent No. 10-1239385 : Eco-friendly low-carbon binding materials in connection with metallic salts reactionary compounds and concrete compositions using these materials
Technology for Freeze Protection Concrete
Technology
overview
- Upon concrete deposition in winter, a factor technology for thermal curing to cure concrete, concrete mix to harden antifreeze concrete without a tent for keeping warm and antifreeze admixture
Effects
- Cost savings, buildability improvement
Applied Projects
- Dongtan Logistics Center, e-Pyunhan Sesang Unjeong Urban Prime
Intellectual
Property Rights
- Patent No. 10-1815913: concrete antifreeze admixture
