Corporate & Individual Training

Topics Covered

Design Loads

Design pressure and temperature, Dead loads, Wind loads, earthquake loads, piping loads and combination of loads

Stress categories and limits

Types of stresses, General design criteria of ASME pressure Vessel code Section VIII Div 1

Material Selection

Types of material, Selection of materials for different application and forms, Carbon steel, Low alloy steels, NACE requirements

Overview of ASME Section VIII Div 1

UG-16, UG-20 to UG-23, UG-27 to UG-45, UG-80, UG-81, UG-99, UG-100, UW-3, UW-12, UCS-56 to UCS-68, Mandatory Appendix 1 & 2

5 Team work (Assignments)

Flange Design, Vessel Support Design, Wind and seismic design loads

Topics Covered

Evaluation of the candidate

Basics training as per evaluation result

Introduction to Workbench

Introduction to Design modeler

1. Preparing 1 -D models ( Truss example)
2. Preparing 2- D models (Pressure Vessel example)
3. Preparing 1-D combined with 2-D models( Ship Structures)
4. Preparing 3-D models for Analysis Perspective.

Introduction to ANSYS Mechanical

1. GUI & Project Schematic
2. Engineering Data
3. A simple Static analysis workflow

Introduction to Meshing

1. Global meshing controls
2. Local meshing controls
3. Geometry decomposition and methods for Hex meshing
4. Shell Meshing Concepts
5. Mesh quality

Intro to Contacts

Coordinate systems

Loads & Boundary conditions

1. Directional Loads
2. Remote loads

Performing Linear Static Analysis using ANSYS Mechanical

1. Self weight analysis of a huge machine structure
2. Machine structures with Lumped mass loading - Mixing tank example/ TG decks
3. Hydrostatic pressure application example - (Undersea structures/Equipments/Vessel with fluids)

Steady State Thermal Analysis - Thermal analysis Introduction

1. Performing a steady state thermal analysis of a pump housing
2. Performing a non-linear thermal steady state analysis

Introduction to Dynamics

1. Free modal analysis
2. Modal analysis

Load case combination

Detailed - Post processing

Discussion with respect to Applications

Practical

Topics Covered

Objectives of Piping Stress Analysis

Critical Line List & its criteria

Inputs required for Stress Analysis

Piping Support concepts

Pipe and Equipment Modeling in CAESAR-II

Building of Load Cases (HYD, OPE, SUS, EXP, OCC)

Static Analysis

Checking of Stresses, Support loads, Displacements & Nozzle loads etc.

Preparation of Stress report

Expansion loop requirements

Practical

Miscellaneous Calculations like Flange leakage, Trunnion check, PSV Reaction force

Modal Analysis (Dynamic)