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Title:	Tamara Design Report Fall 2007
Author:	user-486d8	Feb 01, 2008
Last Changed by:	user-9c36d	May 19, 2008
Tiny Link: (useful for email)	https://confluence.cornell.edu/x/qQCn
Export As:	Word · PDF

AguaClara (3)     Page: bk96     Page: cns24     Page: lec38

Parent Page     Page: Tamara

Children (2)     Page: Tamara Hydraulic Design     Page: Tamara Unit Processes

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May 19, 2008 12:01	user-9c36d	View Changes
Migration of unmigrated content due to installation of a new plugin
May 19, 2008 12:01	user-9c36d	View Changes
Migration of unmigrated content due to installation of a new plugin
May 19, 2008 12:01	user-9c36d	View Changes
Migration of unmigrated content due to installation of a new plugin
May 19, 2008 12:01	user-9c36d	View Changes
Migration of unmigrated content due to installation of a new plugin
May 19, 2008 12:01	user-9c36d
Migration of unmigrated content due to installation of a new plugin

AguaClara (25)     Page: Relationship Between G and Headloss (neglecting major losses)     Page: Flocculation to Sedimentation Channel Depth     Page: Hydraulic Radius (Floc Tank)     Page: Baffle Spacing     Page: Reynold's Number (related to hydraulic radius)     Page: Relationship between G and Head loss     Page: Flocculation to Sedimentation Channel Width     Page: Active Length of Sedimentation Tank     Page: velocity required to achieve given G     Page: Major Head loss     Page: Tamara Report Photos     Page: Distance between baffle and floor for top baffle     Page: laminar flow friction     Page: G¿ and head loss (neglecting major losses)     Page: Automated Design Algorithms     Page: Sedimentation Tank Upwards Velocity     Page: f Swamee-Jain     Page: Total Length of Sedimentation Tank     Page: Manifold diameter     Page: Roughness factor     Page: Re(Q)     Page: Orifice flowrate     Page: Area left by a bottom baffle     Page: Tamara Design Report Fall 2007     Page: Initial Flowrate (Tamara)