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Page No: Output Calculations Reference

The document provides design calculations for a sludge thickener tank. It includes calculations for the basic dimensions of the tank, analysis of loads on the tank, and design of the tank wall, base slab, distribution chamber wall, and slabs and beams within the distribution chamber. The design calculations ensure the structural components can withstand ultimate limit state moments and direct tension when the tank is full, as well as serviceability limit state loads.

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Babin Saseendran
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79 views1 page

Page No: Output Calculations Reference

The document provides design calculations for a sludge thickener tank. It includes calculations for the basic dimensions of the tank, analysis of loads on the tank, and design of the tank wall, base slab, distribution chamber wall, and slabs and beams within the distribution chamber. The design calculations ensure the structural components can withstand ultimate limit state moments and direct tension when the tank is full, as well as serviceability limit state loads.

Uploaded by

Babin Saseendran
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Project Kelani Right Bank WTP-Stage 2

ECL+ RDC JOINT VENTURE Scheme Treatment Plant


Component Sludge thickener Date 12/4/2018
Reference Calculations Output
CONTENTS PAGE NO
1.0 Codes of Practices and References 03
2.0 Design Data and Parameters 04
3.0 Basic dimensions of the tank 05
4.0 Analysis of the tank 06
5.0 Design of the tank 08
5.1 Design of Wall 08
5.1.1 Design for ULS moments - Tank full
5.1.2 Design for SLS moments - Tank full
5.1.3 Design for ULS direct tension - Tank full
5.1.4 Design for SLS direct tension - Tank full
5.1.5 Design for Thermal and Shrinkage Cracking
5.1.6 Design for Shear
5.2 Design of Base slab 11
5.2.1 Design for ULS moments - Tank full
5.2.2 Design for SLS moments - Tank full
5.2.3 Design for ULS direct tension - Tank full
5.2.4 Design for SLS direct tension - Tank full
5.2.5 Design for Thermal and Shrinkage Cracking
5.2.6 Design for Shear
5.3 Design of distribution chamber 14
5.3.1 Design of wall
5.3.1.1 Analysis of wall
5.3.1.2 Design for ULS moments - Tank full
5.3.1.3 Design for SLS moments - Tank full
5.3.1.4 Design for ULS direct tension - Tank full
5.3.1.5 Design for SLS direct tension - Tank full
5.3.1.6 Design for Thermal and Shrinkage Crack
5.3.2 Design of slab at MSL 14.195 19
5.3.2.1 Analysis of slab
5.3.2.2 Design for ULS moments - Tank full
5.3.2.3 Design for SLS moments - Tank full
5.3.2.4 Design for ULS direct tension - Tank full
5.3.2.5 Design for SLS direct tension - Tank full
5.3.2.6 Design for Thermal and Shrinkage Crack
5.3.2.7 Design for shear
5.3.3 Design of slab at MSL 16.7 23
5.3.3.1 Analysis of slab
5.3.3.2 Design for ULS moments - Tank full
5.3.3.3 Design for SLS moments - Tank full
5.3.3.4 Design for Thermal and Shrinkage Crack
5.3.3.5 Design for shear

5.3.4 Design of beams D/(4-5) at MSL 14.195 27

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