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The Influence of Staircase Location on Building Circulation Efficiency

Abstract

Staircases are essential circulation elements in multi-storey buildings, providing vertical connections between different floors and supporting the movement of occupants throughout a building. Their location can significantly influence the efficiency, clarity, and convenience of internal circulation. A poorly positioned staircase may result in unnecessary travel distances, congestion, confusing movement patterns, and inefficient connections between important spaces. Appropriate staircase placement is therefore an important consideration in architectural planning and building functionality. This study examines the influence of staircase location on building circulation efficiency. It focuses on the relationship between staircase position, horizontal circulation routes, entrance points, activity zones, corridors, and frequently used spaces. The study considers how the location of staircases affects travel distance, accessibility, movement patterns, wayfinding, and the distribution of pedestrian traffic within multi-storey buildings. It also examines differences between centrally positioned, peripheral, and strategically distributed staircase configurations. The position of a staircase can determine how effectively occupants move between floors and connect with major functional areas. Centrally located staircases may provide relatively direct access to multiple parts of a building, while peripheral staircases may increase travel distances for users located far from them. Multiple staircases can improve circulation distribution and provide alternative movement routes, but their effectiveness depends on spacing, connectivity, and integration with the overall building layout. These relationships demonstrate the importance of considering staircase location as part of a broader circulation strategy. The study also considers the influence of staircase placement on wayfinding and user experience. Staircases that are clearly visible and logically connected to entrances and major circulation routes can make buildings easier to navigate. Conversely, staircases concealed within remote or poorly connected areas may increase confusion and reduce their usability. The relationship between stairs, corridors, lifts, atriums, lobbies, and other circulation elements is therefore important in creating coherent movement networks. Safety and accessibility are additional factors that influence the effectiveness of staircase locations. Staircases must provide convenient and reliable movement while also supporting emergency evacuation and access to different areas of the building. Their location can affect evacuation distances, congestion, accessibility for different user groups, and the separation of pedestrian flows. Appropriate integration with lifts, ramps, corridors, and emergency exits can help create circulation systems that are both efficient and responsive to diverse building requirements. The study aims to assess how staircase location influences circulation efficiency and identify spatial planning principles that can improve vertical and horizontal movement within multi-storey buildings. It is expected to contribute to a better understanding of how staircase placement, connectivity, visibility, accessibility, and distribution affect building functionality and user experience. The findings can provide useful guidance for architects and building designers in developing circulation systems that minimize unnecessary movement, improve wayfinding, support safety, and enhance the overall efficiency of multi-storey buildings.

Keywords: Staircase location, Building circulation, Circulation efficiency, Vertical circulation, Spatial planning, Pedestrian movement, Wayfinding, Multi-storey buildings, Travel distance, Accessibility, Emergency evacuation, Circulation routes, Building functionality, Architectural design.