The Engineering Page > Line Sizing

	the ENGINEERING page
UNIT CONVERSION PRESSURE DROP LINE SIZING PUMPS HEAT EXCHANGERS LINKS About us Terms of Use Tell a Friend e-mail
		Home Advertisments Calculations Information Links Literature

		Line Sizing Advertisments Top of Page Calculations Process Fluid Line Sizing for Process Fluid. You can either input a maximum velocity or select a process fluid from a menu. Link to Calculation Form Calculation Form in New Window Utility Line Sizing for Utility. You can either input a maximum velocity or select a utility from a menu. Link to Calculation Form Calculation Form in New Window Density based Simpson's method Simpson developed a correlation for the maximum allowable velocity based on the density of the medium. You can either input a maximum velocity or use Simpson's method. Link to Calculation Form Calculation Form in New Window Equipment Line related Line Sizing for lines connected to equipment. You can either input a maximum velocity or select a piece of equipment from the menu, in the latter case a usual velocity for such equipment will be used. Link to Calculation Form Calculation Form in New Window Economic optimization Calculation of pressure drop through a pipe with fittings. The diameter and wall thickness can be selected from the ANSI tables. The number of fittings can be put in manually or estimated by the calculation routine using a correlation based on complexity and average plant data. Link to Calculation Form Calculation Form in New Window Top of Page Information Wall Roughness values Tabulation of typical Wall Roughness for several materials in mm. The data is useful for User Defined Pipe pressure drop calculations, see the Pressure Drop page of this website. Link to information Information in New Window Top of Page Related Links Pressure Drop Pressure drop calculations and information section of The Engineering Page. Link Open in New Window American National Standards Institute The American National Standards Institute (ANSI) is a private, non-profit organization (501(c)3) that administers and coordinates the U.S. voluntary standardization and conformity assessment system. Link Open in New Window Deutsches Institute fuer Normung The main activity of DIN is the development of technical rules. The objective of DIN is to create standards for the benefit of the economy and of society as a whole. Link Open in New Window Top of Page Literature Fluid Mechanics R.A. Dodge & M.J. Thompson McGraw-Hill Book Company inc., 1937 Elementary Mechanics of Fluids H. Rouse John Wiley & Sons, New York, 1946 Chemical Engineering J.M. Coulson & J.F. Richardson Pergamon Press, 1989 volume 1 and 6 Top of Page
The-Engineering-Page.com		About Us Terms of Use Tell a Friend e-mail + Favorites