Piping Engineering Certification Training

Module 01 : Introduction of E3d

• E3d data base
• Design database hierarchy
• Modules of E3d
• History of E3d
• What does E3d offer

Module 02 : Admin (Basic)

• Introduction of admin
• To create of new project
• To replicate a project

Module 03 : Equipment application

• Model editor, Setting tools on equipment modeling
• Origin of equipment, Position of equipment
• Creation of design equipment, primitives, cutout primitives, connect primitives
• Modify standard equipments
• Introduction of equipment modeling and login
• Nozzle placing, Orientate copy of nozzles
• Replaces standard equipment
• Create user defined shapes
• Modify coordination position and relatively position
• Creation of non standard equipment
• Hierarchy of equipment modeling
• Creation of standard equipment

Module 04 : Piping application

• Slop pipeData consistency check, Arrive / leave change
• What is a pipe and what is a branch?
• How to start routing a pipe
• Different between distance / spool option
• Creation of pipe components
• Special attributes which make a difference
• How to choose an out of specification item?
• Branch attributes, How to work backward and forward?
• Create piping system, Hierarchy of pipe work
• Pipe creation by specifying explicit position
• How to reverse the flow direction?
• Common attributes of piping components
• How to reselect a components

Module 05 : Structural Application (basic Level)

• Panels & plates
• ASL modeler
• Walls & floors
• Beam & column

Module 06 : Hangers&Supports

• Modify of hangers & supports
• Setting of hangers & supports
• How to create modeling of hangers & supports
• Position connect utilities
• Hierarchy of hangers & supports
• Introduction of hangers & supports

Module 07 : Cable tray

• Creation of components
• Common attributes of cable tray components
• How to work backward and forward?
• Creation of cable tray main
• Cable tray branch attributes

Module 08 : Isodraft

• The isometric output format
• Material list
• Introduction of isodraft
• The isometric detailing commands
• Types of isometrics

Module 09 : Draft

• Symbolic label, Crating sections
• Draft dimensioning, Linear dimensions
• Pitch circle dimensions, Draft labeling
• Graphical representation
• Different types of view creation
• Hidden line representation
• Angular dimensions, Radial dimensions
• FPLA / SPLA / PPLA
• What does draft do?
• The data base hierarchy
• Department / registry

Module 10 : Report generation

• Equipment, piping, structural & drafting1
• How to run report
• How to modify report
• E3d commands
• How to delete report
• How to create report

Module 01 : Introduction to SP3D Electrical

• SmartPlant 3D Introduction
• Templates/Session Files
• Filters (Database query)
• Views
• Common Toolbar
• Selecting Objects
• Surface Style Rules
• WBS Items
• Common Toolbar
• Space management
• Inserting Reference Files
• Placing Control Points
• Interference Detection

Module 02 : Structure

• Placing Grids/Coordinate systems
• Copy/Paste Members
• Structure Modelling
• Footing

Module 03 : SP3D- Electrical

• Introduction
• Tray routing
• Conduit routing
• Fixtures

Module 01 : Intergraph CAESAR II – Static Pipe Stress Analysis

• Piping code theory basics
• Primary and secondary stresses
• Creating input data
• Design for piping loads
• Modeling of piping systems in CAESAR II
• Editing the model
• Supporting of piping systems (support types)
• Sustained and expansion stresses
• Design code requirements (e.g. B31.3, B31.1)
• Assorted modeling, analysis and compliance topics:
• Resolution of overstress due to thermal expansion
• Friction effects
• Adding flexible connections (vessels)
• Assessing equipment allowable loads
• Combining piping systems
• Load case combinations
• Modeling and analysis of a transmission line
• Modeling and analysis of a jacketed riser
• List/edit modeling, jacketed pipe, wind and hydrodynamic loading
• Static seismic loads
• Analysis documentation and static analysis workshop
• Model generation, system evaluation, system re-design

Module 02 : Basic stress Analysis

• Basic stress concept
• Role of Stress Engineer
• Basic Stress Stain Theories
• Basic Engineering concepts required for stress analysis
• Theories of failure
• Concept of stress Range
• Load Cases
• Code Compliance for ASME B31.3
• Different types & functions of Pipe support
• Design system for Sustain, Expansion & Occasional Loading
• Nomograph
• Pipe Rack Loading
• Support span Calculations
• Preparing stress Critical line list
• Stress System formation
• Overview of Caesar II software

Module 03 : Advance Stress Analysis

• Storage Tank-pump system modeling
• Column-heat exchanger model
• WRC-297 nozzle flexibility
• Theory of load case generation
• PSV force calculation/ Slug force
• Critical Systems viz. : Turbine; Pump; Column, Air Fine Cooler etc
• Spring design & Modeling in CAESAR II
• Pump Calculation API 610
• Equipment Modeling
• Pipe Rack CAESAR II Model
• Column Piping System

Module 04 : Intergraph CAESAR II – Dynamic Pipe Stress Analysis

• Theory of dynamic analysis of systems
• Solving field vibration problems using harmonic analysis
• Building a dynamic analysis model.
• Seismic analysis using the response spectrum method.
• Time history analysis, hammer loads
• Survey of transient load evaluation through a relief valve example
• Dynamic analysis workshop: natural frequency calculation, dynamic load
• factor verification,
• slug flow modeling
• Interpreting dynamic analysis results.
• A survey of approaches to evaluating relief valve discharge.
• Evaluating transient loads with time history analysis.

Module 01 : PDMS Fundamentals

• User Interface Basics
• Displaying Modelled Elements
• Working with 3D Views
• Attributes, Positioning and Orientation
• General Utilities
• Introduction to Model Editor
• BASIC EQUIPMENT MODELLING

Module 02 : Equipment Modeling Using Templates

• Equipment Utilities
• Volume Modeling
• Creating Primitives
• Nozzle and nozzle connections
• Pdms pipe work modeling

Module 03 : Pipe work modeling

• Pipe routing
• Replacing Components
• Data consistency check
• Interference or clash detection
• Hole Management

Module 04 : Isometric Production

• Sloping/Falling Pipelines
• Alternative Positioning forms
• Pipe Assemblies
• Pipe splitting
• Pipe editing (component bore/specification)
• Pipe routing using bends selected via a Pipe
• Fabrication Machine
• Production Check

Module 05 : PDMS STRUCTURAL MODELING

• Setting up the design database hierarchy for structural modeling
• Beams & columns
• Modifying Structural Sections
• Beam & column Utilities
• Section Fittings and Joints
• Panels & Plates
• Negative Extrusion and Panel Fittings
• Material Assignment

Module 06 : PDMS DESIGN UTILITIES

• Clash Detection
• Quick Reports
• Report Templates
• Surface Treatment
• Mass Properties
• Linking Documents to Design Elements
• Status Control
• Representation Rules in Design
• PDMS DRAWING PRODUCTION

Module 07 : Draft Features

• The PDMS Draft Database Hierarchy
• Creating Drawings and sheets
• Creation and Modification of views
• Dimensioning
• Labeling
• 2D Drafting
• Section Planes

Module 01 : Introduction

• SmartPlant 3D Introduction
• Templates/Session Files
• Filters (Database query)
• Views
• Common Toolbar
• Selecting Objects
• Surface Style Rules
• WBS Items
• Common Toolbar
• Space management
• Inserting Reference Files
• Placing Control Points
• Interference Detection

Module 02 : Structure

• Placing Grids/Coordinate systems
• Linear Member System
• Copy/Paste Members
• Structure Modelling
• Slabs
• Walls
• Stair/Ladders/Handrails
• Footing
• Equipment Foundations

Module 03 : SP3D- Civil

• Underground (UG) piping
• Retention wall
• Road end Crossover
• Modelling
• Equipment foundation
• Piperack design/Sleeper design

Module 01 : Introduction

• SmartPlant 3D Introduction
• Templates/Session Files
• Filters (Database query)
• Views
• Common Toolbar
• Selecting Objects
• Surface Style Rules
• WBS Items
• Common Toolbar
• Space management
• Inserting Reference Files
• Placing Control Points
• Interference Detection

Module 02 : Piping

• Piping Hierarchy
• Route Pipes
• Inserting Components
• Routing a Sloped Pipe
• Routing Pipes from the P&ID
• Placing Instruments
• Placing Piping Specialty Items
• Placing Taps
• Inserting Splits
• Manipulating Views
• Creating Spools
• Sequencing Objects
• Creating Isometric Drawings

Module 03 : Equipment

• Equipment General Overview
• Placing Equipment
• Placing Equipment Component
• Equipment Positioning Relationships
• Placing Equipment Shapes
• Equipment Nozzle\Ports
• Inserting
• Manipulating Equipment
• Solid Modeling intro

Module 04 : Structure

• Placing Grids/Coordinate systems
• Linear Member System
• Copy/Paste Mambers
• Structure Modelling
• Slabs
• Walls
• Stair/Ladders/Handrails
• Footing
• Equipment Foundations

Module 01 : Introduction

Module 02 : Project Creation

Module 03 : User Define

Module 04 : Data Base Management

Module 05 : Touble Shooting

Module 06 : Draft Admin

Module 07 : ISO Draft Admin

Module 08 : Setup Configuraion

Module 09 : Maintenance

Module 10 : Mapping