Free Download FRP-GRP-GRE Piping/Pipeline Stress Analysis Using Caesar II
Published 2/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 779.70 MB | Duration: 1h 21m
Stress Analysis of GRP/GRP/GRE Piping System using Caesar II Software
Free Download What you'll learn
Basics of FRP/GRE/GRP Piping
Inputs to ask from vendor for FRP/GRP/GRE Pipe Stress Analysis
Modeling and Analyzing GRP/FRP/GRE Piping system in Caesar II
Flange Leakage Checking for FRP Piping Systems
FRP Pipe Supporting Guidelines
Requirements
A little knowledge of Caesar II software will be an added advantage
Description
In recent times, GRP and FRP are being extensively used in the process, water, and chemical industries due to their high resistance to corrosion. Also, their service life is usually very high, in the range of 50 years. So, the total cost of GRP/FRP piping for the service life becomes cheaper as compared to metallic pipes. GRP/FRP pipes are increasingly used to transfer water, oil, Fuel, Glycol, wastewater, sewer, etc. Because of this, the demand for GRP/FRP piping is continuously increasing.Pipe Flexibility specifications/Stress Analysis Design Basis used in engineering industries considers FRP/GRE/GRP piping as stress critical. So, all GRE/FRP piping/pipeline systems, irrespective of their sizes and pressure requires analysis. The demand for FRP/GRP pipe stress analysis is therefore ever-increasing. It is, therefore, high time that all pipe stress engineers must learn the Stress Analysis methodology of FRP/GRP piping and pipeline systems. In this respect, the FRP pipe stress analysis course will help to learn the steps followed for piping stress analysis using Caesar II satisfying ISO 14692 code.About the FRP/GRP/GRE Pipe Stress Analysis CourseGRP/FRP products are proprietary and the properties of pipes vary from vendor to vendor. This online FRP/GRE pipe stress analysis using the Caesar II course will help stress engineers learn the methodologies followed for analysis. The course explains the following in simple English language:Basics for FRP/GRP Pipe Stress Analysis.Inputs required for Analysis.Details required from FRP/GRE Vendor.Modeling and Analysis stepsSupporting guidelinesPractical case study of modeling and analysis of a buried FRP line with exact vendor data (From input to analysis)Flange Leakage Checking for FRP/GRE piping systems.
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: FRP/GRP/GRE Pipe Stress Analysis Basics
Lecture 2 FRP Pipe Stress Analysis Basics
Section 3: Modeling and Analysis of FRP/GRP/GRE Piping system in Caesar II
Lecture 3 Modeling and Analysis of FRP Piping System in Caesar II
Section 4: Flange Leakage Analysis
Lecture 4 FRP Piping Flange Leakage Checking
Section 5: Quiz
Lecture 5 Conclusions
Piping and Pipeline Stress Engineers
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ifferences between piping and pipelineTypes of Pipelines like water pipelines, oil pipelines, and natural gas pipelines.Pipeline Stress Analysis Selection CriteriaASME B31.4 vs ASME B31.8: Major differences between ASME B31.4 liquid pipeline code and ASME B31.8 gas pipeline codes.Modeling of Pipeline in Caesar II Software: The steps that are normally followed while modeling a pipeline system for analysis.Creating Analysis Load Cases: Generating required analysis load cases for specific pipeline system analysis.Analyzing and studying the results: Studying the results to understand if the pipeline system is acceptable from a stress point of view.Stress Mark-up and Report Preparation: Marking all the changes required to accept the pipeline system after analysis.The course is constructed into various sections that clearly explain the subjects. The final part consists of a practical case study. This deals with a practical problem. The detailed modeling steps are shown. Part of the pipeline system is exactly modeled as needs to be done in actual jobs. The steps are explained clearly, then the process for error checking, load case creation, and reviewing the caesar ii generated output results are mentioned.This course is designed to guide you through the pipeline stress analysis process - using CAESAR II - starting from scratch till being able to understand pipeline alignment sheets, creating a full 3D analysis model, choosing support types & locations, checking code requirements, and finalizing the design drawings/report.The course also explains the process of report preparation and stress markup preparation. 