Aerodynamic performance optimization of high
This study comprehensively investigated the aerodynamic performance of unconventional high-rise building geometries under extreme wind conditions using validated CFD simulations based on the Spalart-Allmaras Detached Eddy Simulation (DES) model.
The document outlines the optimization of high-rise building structures through performance-based design. It includes sections on project overview, design objectives, optimization criteria, methodology, case study, results, conclusion, and future research. Each section is intended to provide insights into enhancing structural performance and addressing limitations in current practices.
Optimization of High
The document discusses the optimization of high-rise building structures through performance-based design, emphasizing the importance of cultural and economic factors in architectural planning. It highlights the need for innovative strategies and collaboration among various stakeholders to address challenges in building design and construction. The objective is to enhance structural efficiency ...
Examining the factors that influence the choice of a structural system for high-rise buildings is crucial for effective building design. Shear walls are frequently employed in modern skyscrapers to resist lateral forces induced by wind or seismic activity.
Topology Optimization of High
Then a novel computationally efficient framework for the optimization design of high-rise buildings with complex structural system is proposed in this study based on the improved version of WOA. Shear wall layout and location of outrigger and belt-truss system are both considered as discrete design variables.
This paper introduces a comprehensive multi-objective optimization method for high-rise buildings with single outrigger systems subjected to seismic loads, utilizing the NSGA-II algorithm. The optimization addresses two computing objectives: minimizing structural weight and maximizing either structural seismic performance or reliability.
Research on Construction Period Optimization of High
This study optimizes high-rise residential construction schedules using Integrated Building Platforms and genetic algorithms. By analyzing process sequences and overlapping relationships, a schedule optimization model is developed to overcome inefficiencies in traditional sequential methods. The model leverages multi-layer collaboration, enabling parallel and interwoven processes while ...
Overall, the results confirm that integrating advanced structural systems, damping mechanisms, and material optimization synergistically enhances the structural performance , durability, and safety of high-rise buildings , providing a cost-effective and efficient approach for modern urban construction.
Hybrid aerodynamic and structural optimization of super
Overall, the proposed hybrid framework effectively enhances building performance , sustainability, and economic viability in the design of super-tall buildings .
This paper presents an overview of high - performance tall buildings by exploring key technologies, materials, innovations, safety, durability, and indoor environmental quality. Strategies that have emerged to address skyscrapers' environmental and economic challenges are also crucial in such a building .