The findings from this data may be used to alter theĪSHRAE 2012 Handbook's chapter on L-bend and U-bend expansion, and and a simple cantilevered beam undergoing free-endĭeflection (2). Kellogg's Design of Piping Systems method for L-bends (3) and Handbook of MechanicalĮngineering Calculation's Griunell-Spielvogel method (4), Guided Cantilever Method (1) and U-bend constant. The methods analyzed are: ASHRAE Handbook's These equations wereĬompared and graphed to determine how different variables create trends Length of pipe due to its thermal expansion. The different methodologiesĪre four separate equations that are used to calculate anchor force in a Retrieved from ĭiscrepancies have been noticed between common methodologies ofĬalculating L-bend and U-bend anchor forces. APA style: Comparison of simplified computational methods of flexibility analysis to determine thermally developed U-bend and L-bend anchor forces.Comparison of simplified computational methods of flexibility analysis to determine thermally developed U-bend and L-bend anchor forces." Retrieved from 2012 American Society of Heating, Refrigerating, and Air-Conditioning Engineers, Inc. MLA style: "Comparison of simplified computational methods of flexibility analysis to determine thermally developed U-bend and L-bend anchor forces." The Free Library.
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