Project Overview: Construction of conical roof at Tops Market Thong Lor Shopping Center
Project conical canopy at Tops Market Thong Lor Shopping Center is an artistic tensile membrane architectural work, installed on the rooftop right at the main entrance. The work is designed with the idea of simulating a three-petal flower, not only meeting the function of shielding but also creating a unique architectural symbol, enhancing the aesthetic value of the building.
- Investor: Tops Market (Thong Lor Branch)
- Category: Architectural canopy for rooftop area
- Structure: Triple-peak conical membrane
- Main materials: PVDF membrane, steel structure, cable system
- Location: Thong Lor, Bangkok, Thailand
Technical Requirements Analysis & Project Context
The project was implemented on the rooftop of an operating shopping mall, posing many complex technical and construction requirements:
- Creating iconic architecture: Requires a highly sculptural design, simulating the image of a “flower” to create a unique architectural highlight that attracts attention.
- Integrated and Ultra-Lightweight Structure: Due to the installation on the roof of an existing building, the new structural solution had to be lightweight and able to be anchored to the existing structure of the building to avoid complex and expensive reinforcement items.
- Efficient and Safe Construction: The installation process must be carried out quickly, safely and with minimal impact on the business operations of the shopping mall below.
- Covering and Drainage Function: The canopy must provide effective coverage of the designated area and have a well-controlled, active drainage system.
Technical Solutions and Implementation Process
To meet the above requirements, a smart technical solution has been applied, optimizing both the structure and construction process.
Triple-Peak Conical Design
The design solution is a tensile membrane structure in the form of a three-pointed cone, resembling the image of a blooming flower. The three points are supported by a central frame, while the edges are stretched outwards, creating a dynamic, sculptural form. The conical shape also allows for active and efficient control of drainage.
Integrated and Optimized Structural Solutions
To optimize the structure and minimize the impact on the existing structure, the solution is to directly anchor the edges of the tensile membrane to existing structural anchor points on the building roof. Tension cables are used to stretch and shape the canopy. This solution largely eliminates the need for new supports and foundations, making the structure extremely light and flexible, and significantly reducing construction time and costs.
PVDF Engineering Materials
The stretch film material is high-grade PVDF, with a design life of 10-20 years, fire resistance, UV resistance and good heat control. With its light weight and flexible shaping ability, this material is the optimal choice for designs. architectural stretch canvas complicated.
Results and Performance Evaluation
Project conical canopy at Tops Market Thong Lor has brought an architectural solution that is both technically effective and aesthetically impressive:
- In terms of architecture: Create a unique architectural symbol, enhance the aesthetic value and modernity of the shopping center, attract customers' attention.
- On structural and construction efficiency: Integrated structural solutions have proven to be highly effective in reducing loads, costs and construction time on an existing structure.
- About function: Provides a comfortable covered space, protected from sun and rain, while the active drainage system works effectively.
- About operating efficiency: PVDF material has self-cleaning ability, helping to reduce maintenance costs, ensuring the project always maintains a clean and beautiful appearance.
Contact Technical Consulting
Flexiiform specializes in providing architectural design and construction solutions for commercial, public and renovation projects with complex technical requirements. For detailed advice on your project, please contact our engineering team directly.
Contact information:
Company: Flexiiform
Website: https://flexiiform.vn
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