Please share:
- The screenshot of an interior view of your merged model from the Model Coordination module
- A brief paragraph describing your structural system strategy
Structural System Strategy
- Overview
The proposed building is a 6-story structure integrating modern high-rise architecture with traditional Japanese aesthetics. It includes office spaces and an exhibition area, requiring a structural system that supports large, open interior spaces while maintaining a visually warm and natural ambiance.
- Chosen Structural System
I have selected the Steel-frame System for its ability to create expansive internal spaces with fewer structural interruptions. This choice aligns with the project’s need for flexibility in layout and maximized open areas.
- Beam Maximum Span: 50’
- Beam Size: W12x26 (adjustable based on load requirements)
- Structural Design Approach
- Steel Frame for Structural Integrity
- The primary load-bearing system consists of a steel frame, utilizing steel columns and beams to achieve structural efficiency and resistance to lateral forces (wind and seismic loads).
- The steel frame allows for larger open spaces, particularly in exhibition areas where flexibility is required.
- Lateral stability is enhanced using braced frames and/or shear walls strategically placed within core zones.
- Traditional Aesthetic Integration
- To achieve the desired wooden architectural aesthetic, steel columns will be encased in wood paneling.
- Exposed interior elements, such as ceilings and walls, will feature traditional Japanese timber finishes, ensuring a cohesive natural appearance.
- The exterior façade will incorporate wood and glass elements, maintaining a balance between modern and traditional design.
- Integration of CLT (Cross-Laminated Timber) and Other Timber Elements
- CLT (Cross-Laminated Timber) may be used for non-load-bearing walls and select floor elements, providing additional warmth and sustainability.
- The use of CLT contributes to carbon footprint reduction and enhances the tactile experience of traditional wood craftsmanship.
- Hybrid timber-steel connections will be designed to ensure seamless integration and structural efficiency.
- Floor System Strategy
- Composite steel decking will be used for floors, providing lightweight and high-strength performance.
- This system allows for thin floor profiles, reducing overall building height while maintaining optimal ceiling heights.
- Justification for Structural System Selection
- Optimized Internal Space: The steel frame system supports larger spans, reducing the need for excessive columns and allowing for open, flexible interiors.
- Seismic and Wind Resistance: Steel provides superior strength and ductility, essential for high-rise structures.
- Aesthetic Integration: By cladding steel elements with wood, the design maintains a traditional Japanese aesthetic while benefiting from modern structural performance.
- Longevity and Sustainability: The use of steel ensures durability, while wood paneling and CLT provide a sustainable and culturally inspired finish.
- Summary Strategy
The combination of steel structural framing with wood-clad finishes and CLT elements ensures the building meets both functional and aesthetic goals. This hybrid approach respects traditional Japanese design principles while leveraging modern engineering advancements to create a structurally sound and visually harmonious high-rise.