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Advanced Auto Domain Training

Fundamentals of Vehicle Design and Packaging

Automotive Chassis Training – NX-Unigraphics

Automotive Essentials Training– NX-Unigraphics

Automotive Interior Trim Training– NX-Unigraphics

Automotive Powertrain Training– NX-Unigraphics

NX Automotive Structures Training– NX-Unigraphics

Fundamentals of Vehicle Design and Packaging

Course Content

History

  • Introduction
  • First Car, Front Engine, Alternative Propulsion
  • Mass Production, Unibody, Art & Science
  • Aero, People’s Car, 4X4
  • Truck, Design With Passion, Passenger Priority
  • Mid-Engine, British Roadster, Luxury SUV
  • Downforce, Hatchback, Minivan
  • Micro, XX LRG, Neighborhood Electric Vehicles

Getting Started

  • Introduction
  • Process Advanced and Production
  • Systems Segments and Anatomy
  • Step By Step Process One Through Four
  • Step By Step Process Five Through Ten
  • Designing With Sections Main
  • Designing With Sections Rear View
  • Grids, Ground Planes, Vehicle Attitudes, Tire Size, And Ride Height
  • Hardpoints And Package Drawing

Functions & Segments

  • Introduction
  • Factors That Drive Functional Objectives and Applying Them to Architecture
  • Vehicle Positioning
  • Micro, Economy, Luxury, & Specialty Cars
  • Minivans, SUV’s, Pickup Trucks, & Commercial Vans

Package Ideation

  • Introduction
  • Word Picture, Sketches, Ideation, and Unorthodox Thinking

Size & Proportion

  • Introduction
  • Size and Proportion, Key Dimensions, and Product Benchmarking

Occupant Packaging

  • Introduction
  • Manikin Anatomy and Occupant Environment Set-Up

Interiors & Cargo

  • Introduction
  • Instrument Panel & Control Set-Up
  • Interior Volumes and Cargo

Powertrain

  • Introduction
  • Powertrain Anatomy & Selection
  • Power, Engine Size, & Location
  • Powertrain Layouts 1-4
  • Powertrain Layouts 5-8 & Fuel Storage

Wheels & Tires

  • Introduction
  • Tire Sidewall, Wheel Flange, & Brakes
  • Tire Envelopes, Spare, Tire Coverage, Tire-To-Body, & Steering

Suspension & Chassis

  • Introduction
  • Suspension Overview
  • Suspension Systems

Bodies

  • Introduction
  • Load Paths & Types of Body Structures
  • Sections, Design for Impact, Safety, & Material Application
  • Body Closures, Side Aperture Design, & Cutlines
  • Foot Swing, Door & Aperture Design, & Dropping Glass
  • Windshield Aperture Design, Backlight, Aerodynamics, & Lighting
  • Bumper Design, Ground Clearance, Glazing, & License Plates

Automotive Chassis Training- NX-Unigraphics

Course Contents

  • Automotive Chassis Diploma Introduction
  • Automotive Chassis Overview

Design Principles (AC)

  • Design Principles Introduction
  • Design Planning Stage
  • Starting the CAD Model (AC)
  • Modeling Best Practices (AC)
  • Creation Methodology (AC)
  • Settings and Rule (AC)

Design Modeling Techniques (AC)

  • Design Modeling Techniques Introduction (AC)
  • Modeling Creation Methods (AC)
  • Clean Edge Modeling Technique (AC)
  • Clean Edge Approach Bracket
  • Shaping the Part (AC)
  • Frame Rail Rough Shape

Draft (AC)

  • Draft Introduction
  • Part Draft using Taper
  • Taper
  • Taper Creation – Faces
  • Taper Creation – From Edges
  • Taper Creation – Tangent to Faces
  • Taper Creation – Split Line
  • Taper Editing

Parting Line Development (AC)

  • Parting Lines Introduction
  • Parting Lines Overview (PC)
  • Project
  • Projected Points and Curves Editing
  • Intersect
  • Intersection Curve Editing
  • Section
  • Subdivide Face

Thin – Walled Bodies (AC)

  • Thin-walled Bodies Introduction (AC)
  • Thin-walled Bodies (AC)
  • Hollow
  • Hollow Creation – Face
  • Extract
  • Extracting Faces
  • Extracting a Region
  • Thicken Sheet

Chassis Design Fundamental (AC)

  • Chassis Design Fundamental Introduction (AC)
  • Chassis Fundamental Overview
  • Chassis Parts
  • Chassis Design Fundamentals
  • Creating Structural Darts
  • Creating Flanges
  • Frame Rail
  • Crossmember Bracket
  • Body Mount Bracket

Suspension and Steering Fundamentals (AC)

  • Suspension and Steering Fundamentals Introduction
  • Suspension and Steering Fundamentals Overview
  • Suspension and Steering Parts and Operation Function

Evaluating the Part (AC)

  • Evaluating the Part Introduction (AC)
  • Evaluation Tools
  • Face Analysis – Slope

Motion and FEA

  • Motion and FEA Introduction
  • Motion and FEA Overview
  • Definition of Motion Application (AC)
  • Mechanism and Motion Specific Terminology
  • Motion Symbols
  • Practical Uses of Motion

Scenario Environment

  • Introduction – Scenario Environment
  • Scenario Navigator
  • Scenario Navigator Operations
  • Master Model Dimension
  • Materials

Motion Application Overview

  • Introduction – Application Overview
  • Motion Objects Overview
  • Basic Articulation
  • Motion Preferences
  • Automatic Mating Condition Mapping
  • Automatic Mating Condition Mapping – Using
  • Listing Motion Connections
  • Exporting an ADAMS Input File

Links and Markers

  • Introduction – Links and Markers
  • Link
  • Link Creation
  • Link Editing
  • Link Information
  • Marker Creation
  • Marker Editing
  • Marker Information
  • Smart Point Creation
  • Link Wireframe

Joints, Couplers, and Constraints

  • Introduction – Joints
  • Joints Overview
  • Common Joint Parameters
  • Revolute
  • Slider
  • Function Editor
  • Joint Solids
  • Universal
  • Spherical
  • Cylindrical
  • Screw
  • Planar
  • Fixed
  • Point on Curve
  • Curve on Curve
  • Rack and Pinion
  • Gear
  • Cable
  • Joint Wireframe
  • Joint Information

Post Processing

  • Introduction – Post Processing
  • Articulating the Mechanism
  • Quick Drag
  • Packaging Options
  • Packaging Options – Measure
  • Packaging Options – Trace
  • Packaging Options – Interference
  • Animation
  • Spreadsheet Run
  • Spreadsheet Run – Using
  • Suspension Spreadsheet
  • Graphs
  • Graphing
  • Graphing Jack
  • Load Transfer

Finite Element Analysis
Fundamentals of Finite Element Analysis (FEA) – Introduction
FEA Overview
Strength of Materials

Structures Introduction

  • Structures – Introduction
  • Structures
  • Structures – General Procedures

Creating a Scenario

  • Creating a Scenario – Introduction
  • Structures Manager
  • Scenario Environments
  • Scenario Environment- Defining
  • Scenario1

Meshing Requirements

  • Meshing Requirements – Introduction
  • Meshing Requirements- Intended Use of Model
  • Element Types
  • Element Size and Count
  • Material Type and Properties

Model Preparation

  • Model Preparation – Introduction
  • Midsurface
  • Midsurface Creation Using Face Pairs
  • Midsurface Creation Using Offset
  • Midsurface Creation – User Defined
  • Suppressing Features
  • Feature Creation and Editing in Structures
  • Idealize
  • Mesh Mating Condition
  • Master Model Dimension
  • Model Variation Project

Loads

  • Loads – Introduction
  • Load Conditions
  • Creating Loads
  • Fatigue Load Variation
  • Loads Project

Boundary Conditions

  • Boundary Conditions – Introduction
  • Boundary Conditions
  • Boundary Conditions- Applying
  • Boundary Conditions Project

Mesh Creation

  • Mesh Creation – Introduction
  • Automatic Meshing
  • 3D Tetrahedral Mesh
  • 3D Swept Mesh
  • 2D Mesh- Creating
  • 2D Mesh- Editing
  • Mesh Checks for 2D Elements
  • 1D Mesh- Creating
  • 1D Element Section
  • 1D Mesh- Creating Weld Elements
  • Edge to Face Connection
  • 1D Mesh Project
  • Mesh Attributes
  • Material Properties Project
  • Rigid Connections Project

Quality Checks

  • Quality Checks – Introduction
  • Comprehensive
  • Element Shapes
  • Element Outlines
  • Nodes
  • 2D Element Normal
  • Check 2D Mesh Project
  • Check 3D Mesh Project

Solver

  • Perform the Analysis – Introduction
  • Nastran Solver Overview
  • Linear Statics Plus Analysis
  • Linear Analysis Solid Project
  • Linear Analysis Shell Project
  • Linear Static Axisymmetric Analysis
  • Linear Buckling Analysis
  • Normal Modes Analysis
  • Crossmember Normal Modes Project
  • Thermal Analysis
  • Fatigue Analysis

Post Processor

  • Postprocessor – Introduction
  • Type
  • Fringes
  • Post Processor Project
  • Identify
  • Animation
  • Display
  • Animation Project
  • View
  • Auxiliary Scenario
  • Crossmember Multiple Scenarios Project
  • Hard Copy
  • Quit

Automotive Essentials Training- NX-Unigraphics

Course Contents

Certification and Automotive Essentials Overview (AE)

  • Automotive Essentials Diploma Overview Introduction
  • Overview and Qualifications
  • Automotive Essentials Overview
  • Vehicle Systems

Drafting Workshop (AE)

  • Drafting Workshop Introduction
  • Drafting Overview
  • Creating Views 1
  • Creating Views 2
  • View Preferences Project
  • View Dependent Edits
  • Drafting Style
  • Tabular Note
  • Parts List
  • Drafting Workshop Task 1
  • Drafting Workshop Task 2

Assembly Workshop (AE)

  • Assemblies Workshop Introduction
  • Assembly Design
  • Chassis Assembly

Assembly Cloning (AE)

  • Assembly Cloning Introduction
  • Assembly Cloning Overview
  • Cloning Assemblies
  • Editing Existing Assemblies

Interpart Expressions (AE)

  • Interpart Expressions Introduction
  • Interpart Expressions
  • Interpart Expressions – Creating and Editing
  • Interpart Expressions- Using Expression Options
  • Links

System-Based Modeling Overview (AE)

  • System-based Modeling Overview Introduction
  • System-Based Modeling Overview
  • Applications
  • Update Settings
  • Geometry Linker
  • Geometry – Creating
  • Geometry – Editing
  • Geometry – Management
  • Information
  • Simple System-based Modeling

System-Based Modeling Best Practices (AE)

  • System-Based Modeling Best Practices Introduction
  • System-Based Modeling Best Practices
  • Design In Context
  • In-Process Models
  • Control Structures
  • Modeling Errors
  • Delayed Errors
  • Circular References
  • File Management

Component Filters (AE)

  • Component Filters Introduction
  • Filters and Zones
  • Zone Creation
  • Filters – Using with Load Options
  • Scripts- Defining
  • Filters and Zones – Best Practices
  • Compressor Task 1
  • Compressor Task 2
  • Compressor Task 3

Representations (AE)

  • Representations Introduction
  • Representations
  • Representations – Creating
  • Assembly Hidden Line Removal
  • Product Outline
  • Product Outline – Defining

Product Data Management (AE)

  • Product Data Management Introduction
  • PDM Overview
  • PDM Terminology
  • PDM in the Automotive Industry
  • PDM Data Storage
  • PDM Workflow
  • PDM Goals
  • PDM Systems – Analysis and Comparison
  • PDM Vehicle Configuration

Part File Standards (AE)

  • Part File Standards Introduction
  • Part File Standards Advantages
  • CAD Standards – Setting
  • Saving and Deleting Views
  • Visualization
  • Custom Views
  • Layers
  • Layer Category
  • Object Display Preferences
  • Visualization Preferences – Visual
  • Visualization Preferences – Color Palette
  • Visualization Preferences – Color Settings
  • Properties – Part Attribute

Toolbars (AE)

  • Toolbars Introduction
  • Toolbars
  • Toolbar Docking
  • Toggle Toolbars
  • User Tools

Resource Bar (AE)

  • Resource Bar Introduction (SAE)
  • Resource Bar
  • Resource Bar Usage
  • Palette Creation
  • Resource Bar – Part Creation Using Templates
  • Visualization Templates
  • Drawing Template
  • Navigator Properties
  • Navigator Configuration
  • Preparing a Seed File

Function of Part (AE)

  • Function of Part Introduction
  • Surface Complexity
  • Dimensional Tolerances
  • Design Time Versus Cost
  • Stress Analysis
  • Heat Treatments

Planning the Model (AE)

  • Planning the Model Introduction
  • Laying Out the Model
  • Organizing the Model
  • Beginning the Basic Model
  • Smart Modeling Techniques

Electrical Systems Fundamentals (AE)

  • Electrical Systems Fundamentals Introduction
  • Electrical Routing
  • Electrical Routing Terminology

Electrical Design Process (AE)

  • Electrical Systems Fundamentals Introduction
  • Basic Electrical Routing Procedure
  • Qualifying Components
  • Qualify Non-Electrical Components
  • Qualifying Electrical Components
  • Qualify Part – Clip
  • Qualify Part – Connector
  • Place Part Description
  • Routing Paths – Creating
  • Subdivide Segment
  • Delete Path
  • Logical Data and Physical Data
  • Component List – Importing
  • Connection List – Importing
  • Filter Files – Importing
  • Electrical Components – Manually Assign Unique IDs
  • Create Terminals – Component List
  • Components – Assign and Unassign
  • Unmodel Terminals
  • Routing and Unrouting Wires
  • Routing Wires – Automatically
  • Routing Wires – Manually
  • Unrouting Wires
  • Stock Offset Points – Creating
  • Stock Offset Point – Point Method
  • Creating Logical Associations
  • Overstock
  • Assigning Overstock
  • Reports
  • Reports – Accessing

Design for Manufacturing (AE)

  • Design for Manufacturing Introduction
  • Manufacturing Overview
  • Machining Operations
  • Remember the Tool

Industrial Processes and Materials (AE)

  • Industrial Processes and Materials Introduction
  • Automotive Materials and Processes
  • Forging Overview
  • Casting Overview
  • Machining Operations Overview
  • Sheet Metal Stamping/Hydroforming Overview
  • Design for Manufacturing and Assembly
  • Design for Specific Manufacturing Processes

Design for Manufacturing Modeling Methods (AE)

  • Design for Manufacturing Modeling Methods Introduction
  • Hub Forging
  • Air Conditioner Compressor Bracket – Engine Mount
  • Air Conditioner Compressor Bracket – Compressor Mount
  • Air Conditioner Compressor Bracket – Machining
  • Brake Module Bracket

Weldments (AE)

  • Weldments Introduction
  • Weldments Overview
  • Modeling Weldments
  • Weldments Using Promote
  • Weldments Using Wave Geometry Linker

Tolerances (AE)

  • Tolerances Introduction
  • Tolerances Overview
  • Tolerances in Design
  • Tolerance Stacks
  • Tolerance Stack Procedure
  • Tolerance Allocation
  • Managing Tolerances

Geometric Dimensioning and Tolerancing (AE)

  • GD&T Introduction
  • GD&T Overview
  • GD&T Concepts
  • GD&T Rules
  • Datums
  • Geometric Tolerances Types
  • Form Tolerances
  • Position Tolerances
  • Profile Tolerances
  • Virtual Condition
  • Tolerance Stacks with GD&T

Sheet Metal Basics (AE)

  • Sheet Metal Basics Introduction
  • Sheet Metal Overview
  • Sheet Metal Processes
  • Sheet Metal Design Rules
  • Sheet Metal Design
  • Common Shapes

Sheet Metal Standards (AE)

  • Sheet Metal Standards Introduction
  • Parameter Standards
  • Sheet Metal Preferences
  • Global Parameters
  • Checking Standards
  • Standards File

Flanges (AE)

  • Flanges Introduction
  • Flange Creation
  • Flange Restrictions
  • Drill Press Task 4
  • Enclosure Corner
  • Bend Creation
  • Flange Creation – Inset
  • Door Task 1
  • Bolt Task 1
  • Profile Flange
  • General Flange
  • General Flange Creation – Parameters
  • General Flange Creation – Build to Sections
  • General Flange Creation – Build to Faces
  • General Flange Creation – Punch Vector

Sheet Metal Features (AE)

  • Sheet Metal Features Introduction
  • Form/Unform
  • Unbend/Rebend
  • Direction Vector Definition for Sheet Metal Features
  • Hole Creation – Sheet Metal
  • Slot Creation – Sheet Metal
  • Slot Formation
  • Converting Form Features to Sheet Metal Features
  • Door Task 2
  • Cutout
  • Relief
  • Bead
  • Punch
  • Solid Punch
  • Sheet Metal Features
  • Bolt Task 2
  • Door Task 3
  • Edge Rip
  • Corner
  • Bracket
  • Bracket
  • Multibend Bracket
  • Multibend Bracket Creation
  • Strain
  • MetaForm

Part in Process (AE)

  • Part in Process Introduction
  • Part In Process
  • Part In Process – Using

Flat Patterns (AE)

  • Flat Patterns Introduction
  • Flat Pattern Preferences
  • Flat Pattern Annotation Preferences
  • Flat Patterns
  • Flat Pattern Creation
  • Flat Pattern Annotation
  • Cutting Edges

Sheet Metal Assemblies and Drawings (AE)

  • Sheet Metal Assemblies and Drawings Introduction
  • Flat Patterns in Assemblies
  • Flat Pattern Drawings
  • Flat Pattern Drawing
  • Flat Pattern Assembly

Automotive Interior Trim Training- NX-Unigraphics

Course Contents

Automotive Interior Trim

  • Automotive Interior Trim Diploma Introduction
  • Automotive Interior Trim Overview
  • Styled Parts in Automotive Interior Trim
  • Assemblies and Parametric Linking

Injection Molding (AIT)

  • Injection Molding Introduction
  • Injection Molding
  • Mold Halves
  • Wall Thickness
  • Draft
  • Flow
  • Undercuts
  • Openings
  • Materials
  • Material Selection
  • Plastic Part Design CAD Process

Common Features (AIT)

  • Common Features Introduction
  • Ribs
  • Snaps
  • Living Hinges

Mold Design for Automotive Parts (AIT)

  • Mold Design for Automotive Parts Introduction
  • Mold Design for Automotive Parts Overview
  • Designing Parts for Strength
  • Designing Parts for Temperature
  • Plastic Parts and Chemicals

Secondary Operations (AIT)

  • Secondary Operations Introduction
  • Machining
  • Shielding
  • Coatings
  • Decorating

Preparing the Model (AIT)

  • Preparing the Model Introduction
  • Tool Considerations
  • Scaling a Body
  • Translation File Types
  • Translating the Data
  • Translators
  • Translating Files
  • Importing IGES, STEP, DXF and DWG Files
  • Exporting IGES, STEP, DXF and DWG Files
  • Heal Geometry
  • Solid Creation

Draft (AIT)

  • Draft Introduction
  • Part Draft using Taper
  • Taper
  • Taper Creation – Faces
  • Taper Creation – From Edges
  • True Draft Taper
  • Taper Creation – Tangent to Faces
  • Taper Creation – Split Line
  • Taper Editing
  • Body Taper

Thin-Walled Bodies (AIT)

  • Thin-Walled Bodies Introduction
  • Thin-walled Bodies
  • Hollow
  • Hollow Creation – Face
  • Hollow Creation – Region
  • Hollow Creation – Body
  • Hollow Editing
  • Offset Face Creation
  • Offset Face Editing
  • Bosses and Cores

User Defined Features (AIT)

  • User-Defined Features Introduction
  • User Defined Features Overview
  • User Defined Features – Advantages
  • User Defined Feature – Configuring Libraries
  • User Defined Feature – Creating Features with the Wizard
  • Screw Boss UDF Creation
  • User Defined Features – Inserting
  • User Defined Features – Editing
  • User Defined Features – Redefining
  • Snap
  • Screw Boss UDF Attach

Parting Lines (AIT)

  • Parting Lines Introduction
  • Parting Lines
  • Offset
  • Offset Curve Editing
  • Project
  • Projected Points and Curves Editing
  • Combined Projection
  • Combined Projection Editing
  • Intersect
  • Intersection Curve Editing
  • Section
  • Removing Associative Curve Parameters
  • Subdivide Face

Surface Creation Using Strings (AIT)

  • Surface Creation Using Strings Introduction
  • Free Form Features
  • Section String Selection
  • Bounded Planes Creation
  • Bounded Planes Editing
  • Alignment Methods
  • Simple Construction Method
  • Through Curve Bodies Creation
  • Through Curve Bodies Editing
  • Through Curve Mesh Bodies
  • Through Curve Mesh Bodies Creation
  • Through Curve Mesh Bodies Editing
  • Swept Bodies Creation Using One Guide String
  • Swept Bodies Creation Using Multiple Guide Strings
  • Swept Feature Editing
  • Automotive Keyfob Task 1
  • Automotive Keyfob Task 2
  • Automotive Keyfob Task 3

Free Form Best Practices (AIT)

  • Free Form Best Practices Introduction
  • Free Form Feature Considerations
  • Avoiding Problems in Free Form Features
  • How to Fix Imperfect Faces Bodies
  • Finding the Balance

Offset Surface Operations (AIT)

  • Offset Surface Operations Introduction
  • Offset Free Form Feature
  • Offset Surface Editing

Feature Operations (AIT)

  • Feature Operations Introduction
  • Feature Operations
  • Extract
  • Extracting Associative Curves
  • Extracting Faces
  • Extracting a Region
  • Extracting a Body
  • Extract Feature Editing
  • Trim Body
  • Trim Body Editing
  • Sewing Best Practices
  • Sew
  • Patch

Evaluating Plastic Parts (AIT)

  • Evaluating Plastic Parts Introduction
  • Evaluation Tools
  • Object Information
  • Point Information
  • Distance Between Objects
  • Angle Between Objects
  • Minimum Radius
  • Part Information
  • Face Analysis – Slope
  • Deviation Analysis
  • Examine Geometry
  • How to Fix Imperfect Faces Bodies
  • Hollow Problems

Face and Soft Blends (AIT)

  • Faces and Soft Blends Introduction
  • Blend Creation – Face
  • Blend Editing – Face
  • Face Blend Edit
  • Blend Creation – Soft
  • Blend Editing – Soft

Editing Unparametric Sheet Bodies (AIT)

  • Editing Unparametric Sheet Bodies Introduction
  • Isoparametric Trim Divide
  • Degree
  • Stiffness
  • Change Edge
  • Boundary
  • Reverse Normal
  • Base Plate

Plastic Part Assemblies (AIT)

  • Plastic Part Assemblies Introduction
  • Plastic Part Assemblies
  • Press Fits
  • Snaps
  • Snap Design
  • Fasteners
  • Bonding
  • Ultrasonic Welding
  • Other Welding Techniques
  • Staking

Appendix (AIT)

  • Appendix Introduction
  • Glossary
  • Common Materials
  • Design Rules
  • Resources

Automotive Powertrain Training- NX

Course Contents

Automotive Powertrain introduction

  • Automotive Powertrain Diploma Introduction (AP)
  • Automotive Powertrain Diploma Overview (AP)

Design Principles (AP)

  • Design Principles Introduction
  • Design Planning Stage
  • Starting the CAD Model (AP)
  • Modeling Best Practices (AP)
  • Creation Methodology (AP)
  • Settings and Rule (AP)

Design Modeling Techniques (AP)

  • Design Modeling Techniques Introduction (AP)
  • Modeling Creation Methods (AP)
  • Clean Edge Modeling Technique (AP)
  • Clean Edge Approach Bracket
  • Shaping the Part (AP)

Draft (AP)

  • Draft Introduction
  • Part Draft using Taper
  • Taper
  • Taper Creation – Faces
  • Taper Creation – From Edges
  • Taper Creation – Tangent to Faces
  • Taper Creation – Split Line
  • Taper Editing

Parting Line Development (AP)

  • Parting Lines Introduction
  • Parting Lines Overview (PC)
  • Project
  • Projected Points and Curves Editing
  • Intersect
  • Intersection Curve Editing
  • Section
  • Subdivide Face

Thin – Walled Bodies (AP)

  • Thin-walled Bodies Introduction (AP)
  • Thin-walled Bodies (AP)
  • Hollow
  • Hollow Creation – Face
  • Extract
  • Extracting Faces
  • Extracting a Region
  • Thicken Sheet

Engine Fundamentals (AP)

  • Powertrain Fundamentals Introduction
  • Engine Fundamental Overview
  • Engine Parts
  • Engine Operation Function
  • Engine Design Fundamentals
  • Valve Cover Rough Shape
  • Creating Flanges
  • Casting Features
  • Piston Design
  • Pipe Design
  • Tension Casting

Transmission Fundamentals (AP)

  • Transmission Fundamentals Introduction
  • Transmission Fundamental Overview
  • Transmission Parts and Operation Function

HVAC Fundamentals (AP)

  • HVAC Fundamentals Introduction
  • HVAC Fundamentals Overview
  • HVAC Parts and Operation Function
  • HVAC Design Fundamentals

Evaluating the Part (AP)

  • Evaluating the Part Introduction (AP)
  • Evaluation Tools
  • Face Analysis – Slope

Motion and FEA

  • Motion and FEA Introduction
  • Motion and FEA Overview
  • Definition of Motion Application (AP)
  • Mechanism and Motion Specific Terminology
  • Motion Symbols
  • Practical Uses of Motion

Scenario Environment

  • Introduction – Scenario Environment
  • Scenario Navigator
  • Scenario Navigator Operations
  • Master Model Dimension
  • Materials

Motion Application Overview

  • Introduction – Application Overview
  • Motion Objects Overview
  • Basic Articulation
  • Motion Preferences
  • Automatic Mating Condition Mapping
  • Automatic Mating Condition Mapping – Using
  • Listing Motion Connections
  • Exporting an ADAMS Input File

Links and Markers

  • Introduction – Links and Markers
  • Link
  • Link Creation
  • Link Editing
  • Link Information
  • Marker Creation
  • Marker Editing
  • Marker Information
  • Smart Point Creation
  • Link Wireframe

Joints, Couplers, and Constraints

  • Introduction – Joints
  • Joints Overview
  • Common Joint Parameters
  • Revolute
  • Slider
  • Function Editor
  • Joint Solids
  • Universal
  • Spherical
  • Cylindrical
  • Screw
  • Planar
  • Fixed
  • Point on Curve
  • Curve on Curve
  • Rack and Pinion
  • Gear
  • Cable
  • Joint Wireframe
  • Joint Information

Post Processing

  • Introduction – Post Processing
  • Articulating the Mechanism
  • Quick Drag
  • Packaging Options
  • Packaging Options – Measure
  • Packaging Options – Trace
  • Packaging Options – Interference
  • Animation
  • Spreadsheet Run
  • Spreadsheet Run – Using
  • Suspension Spreadsheet
  • Graphs
  • Graphing
  • Graphing Jack
  • Load Transfer

Finite Element Analysis

  • Fundamentals of Finite Element Analysis (FEA) – Introduction
  • FEA Overview
  • Strength of Materials

Structures Introduction

  • Structures – Introduction
  • Structures
  • Structures – General Procedures

Creating a Scenario

  • Creating a Scenario – Introduction
  • Structures Manager
  • Scenario Environments
  • Scenario Environment- Defining
  • Scenario1

Meshing Requirements

  • Meshing Requirements – Introduction
  • Meshing Requirements- Intended Use of Model
  • Element Types
  • Element Size and Count
  • Material Type and Properties

Model Preparation

  • Model Preparation – Introduction
  • Midsurface
  • Midsurface Creation Using Face Pairs
  • Midsurface Creation Using Offset
  • Midsurface Creation – User Defined
  • Suppressing Features
  • Feature Creation and Editing in Structures
  • Idealize
  • Mesh Mating Condition
  • Master Model Dimension
  • Model Variation Project

Loads

  • Loads – Introduction
  • Load Conditions
  • Creating Loads
  • Fatigue Load Variation
  • Loads Project

Boundary Conditions

  • Boundary Conditions – Introduction
  • Boundary Conditions
  • Boundary Conditions- Applying
  • Boundary Conditions Project

Mesh Creation

  • Mesh Creation – Introduction
  • Automatic Meshing
  • 3D Tetrahedral Mesh
  • 3D Swept Mesh
  • 2D Mesh- Creating
  • 2D Mesh- Editing
  • Mesh Checks for 2D Elements
  • 1D Mesh- Creating
  • 1D Element Section
  • 1D Mesh- Creating Weld Elements
  • Edge to Face Connection
  • 1D Mesh Project
  • Mesh Attributes
  • Material Properties Project
  • Rigid Connections Project

Quality Checks

  • Quality Checks – Introduction
  • Comprehensive
  • Element Shapes
  • Element Outlines
  • Nodes
  • 2D Element Normal
  • Check 2D Mesh Project
  • Check 3D Mesh Project

Solver

  • Perform the Analysis – Introduction
  • Nastran Solver Overview
  • Linear Statics Plus Analysis
  • Linear Analysis Solid Project
  • Linear Analysis Shell Project
  • Linear Static Axisymmetric Analysis
  • Linear Buckling Analysis
  • Normal Modes Analysis
  • Crossmember Normal Modes Project
  • Thermal Analysis
  • Fatigue Analysis

Post Processor

  • Postprocessor – Introduction
  • Type
  • Fringes
  • Post Processor Project
  • Identify
  • Animation
  • Display
  • Animation Project
  • View
  • Auxiliary Scenario
  • Crossmember Multiple Scenarios Project
  • Hard Copy
  • Quit

Automotive Structures Training- NX-Unigraphics

Automotive Structures (AS)

Course Contents

  • Automotive Structures Diploma Introduction
  • Automotive Structures Diploma Overview

Body in White Design Principles (AS)

  • Body in White Design Principles Introduction
  • BIW Design Overview
  • BIW Design Process
  • Parts in Body in White Design
  • BIW – Planning Stage
  • BIW – Starting the CAD Model

Die Design and Tooling (AS)

  • Die Design and Tooling Introduction
  • Die Design Overview
  • Die Design Structure
  • Die Design Advantages and Disadvantages
  • Die Tooling Design

Body in White Design Modeling (AS)

  • Body in White Introduction
  • Model Creation Methods
  • BIW – Clean Edge Modeling Technique
  • BIW – Clean Edge Application
  • BIW – Shaping the Part Overview
  • BIW – Rough Shape Envelope Creation
  • BIW – Front Hinge Pillar Envelope
  • BIW – Shaping the Part
  • BIW – Stamped Depressions
  • BIW – Complex Depression Creation Techniques
  • BIW – Complex Depressions on Contoured Surface
  • BIW – Fuel Filler Depression
  • BIW – Front Hinge Pillar Depressions
  • BIW – Flanges for Stamped Sheet Metal
  • BIW – Flange Creation
  • BIW – Offset Flange
  • BIW – Door Inner Flange
  • BIW – Front Hinge Pillar Flanges
  • BIW – Beads
  • BIW – Bead Creation
  • BIW – Front Hinge Pillar Bead
  • Dart Creation
  • BIW – Dart Creation Using Tool Solids
  • BIW – Front Hinge Pillar Completion
  • BIW – Roof Bow Development