Paper Contents
Abstract
Designing and constructing a single-column multistory building is highly innovative and reflects a forward-thinking approach to maximizing spatial efficiency and addressing urban challenges such as population growth and land scarcity. To design an efficient and functional multistory building supported by a single column. To maximize the use of available space while ensuring structural stability and user safety. Focus on key parameters like bending moments, stress distribution, shear forces, and displacement behavior. Use high-strength, lightweight materials like high-performance concrete (HPC) or fiber-reinforced polymers to reduce dead loads. Displacement and vibration under service loads must remain within acceptable limits. Proposed Solution: Analyze the structure's natural frequency and damping using dynamic analysis tools to mitigate resonance and sway effects. The project has the potential to make significant advancements in construction technology, particularly for urban settings where land use is constrained. By addressing structural, environmental, and functional requirements comprehensively, the design can serve as a benchmark for innovative architecture. Performing a cost-benefit analysis to ensure the feasibility of the design. Conducting a comparative study with traditional multistory buildings to highlight the advantages of the single-column approach
Copyright
Copyright © 2024 Golu Dhakad. This is an open access article distributed under the Creative Commons Attribution License.
