Post on 15-Nov-2014
transcript
Objectives of Module 01
Orienting Design Models
Selecting and Manipulating Components
Creating Holes
Creating Rounds and Chamfers
Creating Ribs and Shells
Pro/ENGINEER Wildfire Update Pro/ENGINEER Wildfire Update TrainingTraining
• Opening and Orienting Design Models
• Modifying Design Models
• Creating Direct Features
• Creating Sketch-based Features
• Creating Datum Features
• Editing Geometry
• Managing Design Models
• Creating and Modifying Assemblies
• Creating and Modifying Drawings
Fast Track to Pro/ENGINEER WildfireFast Track to Pro/ENGINEER Wildfire
• Creating New Design Models • Editing Design Models • Creating Reference Geometry • Creating Direct Features • Capturing Sketched Design Intent • Creating Sketch-based Features • Duplicating Design Model
Features • Working with Design Variations • Assembling and Managing
Components • Creating Mechanism Connections
in Assemblies • Creating Drawings • Resolving Regeneration Failures • Analyzing Design Models • Comprehensive Design Project
Advanced Modeling with Advanced Modeling with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Creating Advanced Sketch-based Features • Re-using Model Features • Editing Geometry with Surfaces and Curves • Analyzing and Optimizing Design Models Against Design
Specifications • Creating Animation Sequences • Analyzing and Optimizing Motion in Design Models • Collaborating with Other Designers
Designing Sheetmetal Products with Designing Sheetmetal Products with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Sheetmetal Part Construction Philosophy
• Sheetmetal Construction Features
• Setting up the Sheetmetal Design Environment
• Bend Tables, Start Parts, and Templates
• Documenting Bend Order Sequences with Bend Order Tables
• Generating Flat State Models for Manufacturing
• Sheetmetal Drawings
• Converting Solid Parts to Sheetmetal Parts
• Application of User-Defined Features in Sheetmetal Design
• Sheetmetal Information Tools
Advanced Assembly Management with Advanced Assembly Management with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Creating Design Frameworks
• Communicating Design Information
• Analyzing and Modifying Assembly Structures
• Managing Complex Parts
• Creating Simplified Representations
• Replacing and Substituting Components
• Modifying Simplified Representations
• Managing Complex Drawings
• Advanced Project Lab
Advance Surface Modeling with Advance Surface Modeling with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Overview of Surface Modeling Techniques
• Planning a Surface Model • Laying the Foundation: Curves and Points • Using References to Create Surface
Models • Creating Parametric and Freeform
Surface Models • Manipulating Surfaces, Quilts, and
Surface Models • Creating Continuous Surface Models • Evaluating Surfaces and Surface Models • Using Surfaces to Redefine Solid Models • Handling Complex Modeling Situations • Thickening Surface Models
Creating Production Drawings with Creating Production Drawings with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Creating Views of Parts, Assemblies, and Multiple Models on Drawings
• Creating Dimensions and Notes • Applying Linear and Geometric Tolerances in Drawings • Documenting Family Tables on Drawings
and Creating Parts Catalogs• Adding 2-D Drafting Symbols to Drawings • Creating Drawing Templates and Standards • Creating Drawing Tables and Bills of Material • Controlling Display Options using Layers • Creating and Editing Drawing Formats • Managing Large Drawings
Creating Milling Sequences with Creating Milling Sequences with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Overview of the Manufacturing Process
• Configuring the Manufacturing Environment
• Setting up Tools
• Setting up and Using Manufacturing Parameters
• Creating and Modifying Milling Sequences
• Creating and Modifying Hole-making Sequences
• Using Index Tables and Duplicating NC Sequences
• Correcting NC Sequence Failures
• Post-Processing CL Data
Structural and Thermal Simulation with Structural and Thermal Simulation with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Simulating Mechanical and Thermal Loads in Machine Parts
• Introduction to the Mechanica Simulation Process • Modeling Geometry, Material Properties, Loads, and
Constraints • Running Static, Modal, and Thermal Analyses • Reviewing and Interpreting Results • Assigning Design Variables • Running Design Sensitivity and Optimization Analyses • Simulating Contact, Buckling, and Pre-Stress Analyses • Best Practices for Simulating Mechanical and Thermal
Loads in Machine Parts
Creating 2-D Schematics with Routed Systems Creating 2-D Schematics with Routed Systems DesignerDesigner
• Overview of the 2-D Schematic Design Process
• Setting up the Design • Setting up the Catalog Library • Creating Block Diagrams • Creating Circuit Diagrams • Creating Wiring Diagrams • Creating Process and Instrumentation
Diagrams (P& ID) • Communicating Diagram Information to
Pro/ENGINEER Wildfire • Creating Reports and Other Information
Modeling 3-D Wire Harnesses with Modeling 3-D Wire Harnesses with Pro/ENGINEER WildfirePro/ENGINEER Wildfire
• Overview of the RSD 2-D Schematic Process
• Overview of the 3-D Electrical Cabling Design Process
• Composing Cabling Assemblies • Creating 3-D Harness Designs • Creating Flattened Harnesses for
Manufacturing • Composing Drawings• Creating Harness Drawings
Modeling 3-D Piping Designs with Pro/ENGINEER Modeling 3-D Piping Designs with Pro/ENGINEER
WildfireWildfire • Overview of the RSD 2-D Schematic Process
• Overview of the 3-D Piping Design Process • Composing 3-D Piping • Creating Specification Driven Industrial 3-D Piping Designs • Creating Non-Specification Driven Mechanical
3-D Piping Designs • Composing Drawings • Creating Piping Drawings• Generating Isometric Information (ISOGEN)
• Solid Modeling• Feature Based• Parametric• Parent / Child Relationships• Associative• Model Centric
Pro/ENGINEER Wildfire 3.0 Core Concepts
Solid Modeling
Pro/ENGINEER Wildfire 3.0 allows you to easily create 3D solid models, enabling you to visualize parts and assemblies with a realistic appearance. Based on material properties such as density, these models have mass, volume, surface area and other physical properties such as a center ofgravity.
Feature Based
Pro/ENGINEER Wildfire 3.0 models are constructed using a series of features. Each feature builds upon the previous feature, creating the model one feature at a time. Individually each feature can be simple, butcollectively can form complex parts and assemblies.
Parametric
Pro/ENGINEER Wildfire 3.0 models are driven using dimension values. If a dimension of a feature is changed, that solid feature will update. This change will then automatically propagate through the remaining features inthe model, updating the entire part.
Parent/Child Relationships
Parent/Child relationships provide a powerful way to capture your "design intent" into a model. Parent/Child relationships are naturally created between features during the modeling process. When creating a feature, existing features that arereferenced become parents to the new feature. Also, if the parent features are updated, the child features will automatically update accordingly
Associative & Model Centric
If a part model is changed in Pro/E, any assemblies or drawings that reference that model will automatically update. This behavior is known as Associativity and also works in reverse- if a model dimension in a drawing is updated, the part model and the assembly it is used in will update.
Prompt Message Window Command
Description
RightTools
Extrude Tool