Under-Ground Piping Networks & Stress Analysis

Piping & Stress Analysis for UG

3.85 (16 reviews)
Udemy
platform
English
language
Engineering
category
instructor
90
students
3 hours
content
Sep 2023
last update
$49.99
regular price

What you will learn

All about Under Ground Piping

Basic Definitions

Various Rules to be followed

General Terms : Catch basin, Manholes, Valve Pits, Diversion Pits, Invert Elevations, Listing Stations

Various Underground Networks : Oily water, Contaminated Rain water, Cooling Water, Closed drain networks

Trench Piping

Composite drawings

Scope & Responsibility Splits

Stress Analysis for Underground Networks

Step By Step Modelling

Load Cases, Caeser Results and Reports

Description

What you'll learn

  • All about Under Ground Piping

  • Basic Definitions

  • Various Rules to be followed

  • General Terms : Catch basin, Manholes, Valve Pits, Diversion Pits, Invert Elevations, Listing Stations

  • Various Underground Networks : Oily water, Contaminated Rain water, Cooling Water, Closed drain networks

  • Trench Piping

  • Composite drawings

  • Scope & Responsibility Splits


    Stress Analysis: Complete content is prepared by Mr. Anup Dey (Special Thanks for valuable contribution)

  • Setting Ground Work

  • Documents/Input Required

  • Input parameters in Caesar

  • Settings Unit Systems

  • Pipe/Soil Properties

  • Pipeline Profile drawings

  • ·Codes & Standards used

  • AG & UG Pipeline


    Step By Step Modelling

  • Various tools of Caeser II

  • Pipeline, Fittings, Supports

  • Best Practices while modeling/Analysis

  • Modeling of Buried pipe

  • U/G Pipe modeler Tool

  • Parameters in Soil Modelers


    Load Cases, Caeser Results and Reports

  • Creating Load Cases, w.r.t. Various parameters

  • Analyzing Caeser results

  • Generating stress reports

  • Concluding Stress Results and Reports

This covers, Why UG piping is required, what basic rules need to be followed. It covers most the underground items eg. Catch basin, Manholes, Valve Pits, Diversion Pits, Invert Elevations, Listing Stations. Requirements and configurations for trench piping have also been covered. Various open and closed drain networks are also covered along with Cooling water network. Most of the critical things about Composite drawings are also covered eg What are those drawings and why those drawings are required, who are the various stakeholders involved and basic required to generate these drawings.

Various drawings, cross sectional views have been added at various stage of the course which can be very useful to understand the fundamentals.

Also, we will discuss the various scope & responsibility splits among various disciplines. all phases from Proposal to Feed to Detailed design stages have been covered to understand the scope & responsibilities of various disciplines.

In the End, Stress Analysis shall be discussed w.r.t U/G piping; where the things re discussed in details w.r.t Inputs required, Step by step Modelling in CAESER II, Various parameters, Various load cases and Stress reports.

In this course my Dear Friend Mr. Laxmikant Sawleshwarkar has helped a lot. His contributions have really helped to add more value to the content. I am sure he is going to contribute in upcoming courses too.

Dont miss to provide your feedback.


Content

Course Content: UG Piping and Stress Analysis

Course Content

Understanding Under Ground Piping

Understanding Underground Networks
UG Networks: Things to remember
Rules to be followed

General Terms

UG General Terms
Catch Basin
Manholes
Valve Pits
Invert Level
Diversion Pits
Vent Pipes
Clean Outs
Lifting Stations
Trench Piping

Under Ground Networks

Various UG Networks
Cooling Water Network
Open Networks: Oily, Contaminated Rain & Strom Water Network
Closed Network: Blow down & Amine Network

Composite Drawings

Topics Covered
All About Composite Drawings

Scope Matrix

Scope & Responsibility Split

Stress Analysis: Underground Piping/Pipelines/Buried pipes

Understanding various Inputs for Buried Pipe Stress Analysis
Detailed Step by Step Stress Analysis

Screenshots

Under-Ground Piping Networks & Stress Analysis - Screenshot_01Under-Ground Piping Networks & Stress Analysis - Screenshot_02Under-Ground Piping Networks & Stress Analysis - Screenshot_03Under-Ground Piping Networks & Stress Analysis - Screenshot_04

Reviews

Musharraf
September 20, 2023
The audio quality could be enhanced to provide a better listening experience as the topics are already thoroughly covered. It would be beneficial for the lecturer to prioritize improving the quality of voice recording.
Fatimah
October 12, 2022
I am familiar with underground piping specialized in FRP pipe, but I take this lecture to see the differences and hoping I learn new things. I wonder at how you take the cover depth simply from the details drawings, for our practice we calculate the difference between the F.G.L & IL. I like the last load case how you take the maximum of many load cases to check the displacement and restraint result, this trick I like and I will use, thank you. could you please explain to me how you calculate the allowed loads on the pipe? what is the formula? and is it applicable for FRP pipe as well? what will happen if you consider one stress code ASBE B31.3 for the whole system for both pipeline and piping?

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4588924
udemy ID
3/10/2022
course created date
3/18/2022
course indexed date
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