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Composite pressure vessel analysis
HomeMechanical Enginerring Composite pressure vessel analysis with Semi-Geodesic winding
Produced in Partnership Plan

Composite pressure vessel analysis with Semi-Geodesic winding

€ 400

This training package includes UMAT subroutine with Fortran language to identify progressive Puck failure and Python scripting for automatic modeling.

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Description

Analysis of Composite pressure vessel with Semi-Geodesic winding

In this package, firstly, the method of winding in the production of the composite pressure vessel is introduced. Then, the equations of geodesic and semi-geodesic patterns along with parameter definitions with foul details are presented. Composite pressure vessel analysis is fully described here in this training package.
As you know the winding simulation is the most important issue because the angle and thickness are changed in a dome for different coordinated. One way to simulate CPV is to partition every dome section. Then, we should assign the calculated thickness and angle to the section. To achieve an accurate result, we should create a lot of partitions, especially in the end dome because the angle and thickness change instantaneously in this region. On the other hand, to find the optimum composite pressure vessels, we need to have a lot of simulations, and using the partition method is very time-consuming. So, we use python scripting to create geometry, assign calculated thickness and angle to every element and all required settings to model the CPV. So, we can simulate a lot of CPV with accurate results fast. It should be mentioned, in the semi-geodesic winding, we should consider friction between the mandrel and fiber and probably slippage between them. So, some singular equations should be solved to calculate the angle and thickness, and it could be done by adding some mathematical model in python. We can find out how to do that in this training package.
the following, different theories of failure are explained, and Puck failure theory is introduced and selected as the best criterion to identify the failure initiation. In the following, the equations of this criterion are extracted.
Finally, the composite pressure vessel with semi-geodesic winding patterns is simulated in Abaqus finite element software. In the simulation, programming in Python language is used for more accuracy in modeling the angle and thickness changes. In addition, the effect of the friction parameter between the mandrel and fibers during winding and the elliptical aspect ratio of the mandrel on the strength of the composite pressure vessel has been investigated, and semi-geodesic winding with optimal aspect ratio and friction has been selected as the best pressure reservoir. After that, the written subroutine to identify the failure initiation was verified according to Puck’s equations, and the failure of the optimal pressure tank was analyzed with this criterion. This training package includes UMAT subroutine with Fortran language to identify progressive Puck failure and Python scripting for automatic modeling.

I hope you have got enough information about the composite pressure vessel analysis; if you need more information about this package, please get in touch with us via online chat on the left side of this page.

It would be helpful to see Abaqus Documentation to understand how it would be hard to start an Abaqus simulation without any Abaqus tutorial.

You can access files, including software files, subroutines, and scripting, immediately after purchase. In addition, the video tutorials will be available on your dashboard about two months after purchase.

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  • What do we learn from this package?
  • Teaching plan and Prerequisites and Next steps
  • Package specification

Introduction

  • How to model 3d composite materials in ABAQUS?
  • What are the different types of damage initiation criteria for composite materials in ABAQUS?
  • What is the difference between sudden and gradual degradation of mechanical properties for composite materials in ABAQUS?
  • Introduction to different damage initiation and progressive damage theories and equations for composite materials.

Lesson-1 :Using python scripting to simulate automatically composite pressure vessel with semi-geodesic winding method

Workshop-1: simulation of one CPV with written scripting

Lesson-2: UMAT Puck failure criterion

Workshop-2: failure analysis of one CPV with written subroutine

Additional information
Expert

Produced in Partnership Plan

Included

.cae, .for, .inp, .jnl, .odb, .pdf

Tutorial video duration

160+ Minutes

language

English

Level

Advanced

Package Type

Training

Software version

Applicable to all versions

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SKU: AE5566-1-2 Categories: Civil Engineering, Composite, Fracture/Failure, Mechanical Enginerring, Subroutine Tags: ABAQUS, abaqus toturial collections, Composite, hashin, SUBROUTINE, UMAT, USDFLD, VUMAT

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