Industrial Training of Pressure Vessel Analysis As Per Design By Analysis Approach of ASME BVPC Section VIII Division II Part 5

By GraspFEA Uncategorized
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About Course

Description:

Graspfea’s Design-By-Analysis course aims to acquaint participants with the Design-By-Analysis segment of ASME Code Section VIII, Division 2, Part 5. Delving into the regulations and recommendations outlined in Part 5, the course serves as a comprehensive initiation into the intricacies of executing Design-By-Analysis according to the ASME Code. Participants will receive in-depth instruction on conducting finite element analysis in adherence to the Code. The curriculum includes the presentation and discussion of example problems, illustrating the application of various common rules. While designed for engineers already familiar with pressure vessel and piping design seeking additional insights into Design-By-Analysis principles, the course is open to those without prior experience in finite element analysis, although a foundational understanding would be beneficial.

 

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What Will You Learn?

  • You will learn various Pressure Vessel Analysis techniques
  • You will learn Finite Element Analysis from geometry creation, 2D & 3D CAD modeling, meshing & various FE Analysis methods , etc.
  • You will learn how to use Design by Analysis Approach of ASME section VIII division 2, Part-5
  • You will learn how to write verify FEA as well as How to write Structural Analysis Report

Course Content

Module-1: Overview of the Course
Overview of Course

  • Chapter-1 Overview of Course & Instructor Guidance
    18:35

Module-2: Introduction to Pressure Vessel and Design By Analysis Overview
Introduction to Pressure Vessel and Design By Analysis

Module-3: Essentials of Design By Analysis
This module exaplians essentials required to perform Design By Analysis

Module-4: Essentials of Finite Element Analysis for Pressure Vessel Simulation
This module exaplians essentials required to perform Finite Element Analysis of pressure vessel

Module-5: Geometry Editing and Modeling (CAD)
This module explain the geometry editing and modeling required for pressure vessel analysis

Module-6: FEA Model Creation (Meshing)
This module explain the mesh creation for analysis purpose

Module-7: Elastic Stress Analysis Method
This module explains the Elastic stress analysis method to find out the plastic collapse load. It includes Introduction to Elastic stress method along with few examples.

Module-8: Limit Load Analysis Method
This module explains the Limit load analysis method to find out out the plastic collapse. It includes introduction to limit load and few practical examples. 

Module 9: Elastic Plastic Analysis Method

Module 10: Protection Against Local Failure

Module 11: Protection Against collapse from buckling

Module 12: Fatigue Analysis Concepts and Definitions

Module 13: Screening Criteria for Fatigue Analysis

Module 14: Fatigue Elastic Stress Analysis And Equivalent Stresses

Module 15: Fatigue Elastic-Plastic Analysis And Equivalent Strains

Module 16: Fatigue Elastic Stress Analysis, and Structural Stress (Weld Fatigue)

Module 17: Protection Against Ratcheting Using Elastic Stress Analysis

Module 18: Protection Against Ratcheting Using Elastic-Plastic Stress Analysis

Module 19: Advanced Simulation Example

Module 20: Structural Analysis Report

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