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The most common standards used to design high-rise drainage systems around the world are: EN 12056-2: The design guide for Europe, also commonly used in the Middle East and Asia. AS/NZS 3500-2003: Used in Australia, New Zealand, also in the Middle East and Asia.
Abstract. Flow in high-rise drainage systems is important to understand as it is part of the key element in how the system operates to removal water and solids from the buildings. Due to the higher-loadings and frequency of use in taller buildings understanding the principles is important.
16 de feb. de 2021 · Simulated elements of operational performance, including the stack pressure profile, airflow, and resultant trap retention depth for the 10 story building with 100 mm diameter stack in system...
22 de mar. de 2023 · Diameters of the stack and vent-line components for high-rise building drainage systems are normally determined through the use of building service design codes. These codes are invaluable to engineers, but transparency in engineering methodologies is notably absent.
1 de nov. de 2008 · This paper introduces a decision-making framework and a performance evaluation method for drainage systems within high-rise buildings through an empirical observation and a basic...
2 de jun. de 2023 · Diameters for drainage stacks and vent lines within high-rise building drainage systems are determined by consulting building standard agencies’ design codes.
Tall buildings introduce a range of unique issues when detailing the design and specification of the waste water drainage and vent systems. Research has shown a clear link between the height of a building and the dynamic response of the connected waste pipes.
