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For University Use Only - Commercial Use Prohibited - - For University Use Only - Commercial Use Prohibited - Training Agenda Consistent Innovation with Behavioral Modeling Day One Module Introduction to Behavioral Modeling Module Pro/ENGINEER Analysis Capabilities Module Analyzing Pro/ENGINEER Models Module Creating User-Defined Analyses Module Analyzing Motion Module Sensitivity Analysis Module Feasibility and Optimization Studies Day Two Module Optimizing Designs with Graph Matching Module Running Multi-Objective Design Studies Module 10 Running Customized Analyses Module 11 Advanced Multi-Objective Design Studies Module 12 Advanced Exercises Module 13 Applying BMX: Final Course Project - For University Use Only - Commercial Use Prohibited - PTC Telephone and Fax Numbers The following is a list of telephone and fax numbers you may find useful: Education Services Registration in North America Tel: (888)-782-3773 Fax: (781) 370-5553 Technical Support (Monday - Friday) Tel: (800) 477-6435 (U.S.) (781) 370-5332 or (781) 370-5523 (outside U.S.) Fax: (781) 370-5650 License Management Tel: (800) 216-8945 (U.S.) (781) 370-5559 (outside U.S.) Fax: (781) 370-5795 Contracts Tel: (800) 791-9966 (U.S.) (781) 370-5700 (outside U.S.) In addition, you can find the PTC home page on the World Wide Web can be found at: http://www.ptc.com The Web site contains the latest training schedules, registration information, directions to training facilities, and course descriptions, as well as information on PTC, the Pro/ENGINEER product line, Consulting Services, Customer Support, and Pro/PARTNERS - For University Use Only - Commercial Use Prohibited - Table of Contents Consistent Innovation with Behavioral Modeling INTRODUCTION TO BEHAVIORAL MODELING 1-1 OVERVIEW .1-2 Behavioral Modeling Features 1-2 BEHAVIORAL MODELER EXTENSION .1-4 Behavioral Modeler Components 1-9 MODULE SUMMARY 1-14 PRO/ENGINEER ANALYSIS CAPABILITIES 2-1 OVERVIEW .2-2 TAKING MEASUREMENTS 2-2 ANALYZING MODELS 2-3 ANALYZING CURVES 2-5 ANALYZING SURFACES 2-8 Analyzing Curves and Surfaces 2-14 USING OTHER ANALYSIS TOOLS .2-15 Analyzing Models with Microsoft Excel 2-16 LABORATORY PRACTICAL 2-18 EXERCISE 1: Analyzing Surfaces and Curves 2-18 MODULE SUMMARY 2-30 ANALYZING PRO/ENGINEER MODELS 3-1 OVERVIEW .3-2 USING SAVED ANALYSES 3-3 MAINTAINING PERSISTENT DISPLAY OF ANALYSES 3-3 COMPARING ANALYSIS FEATURES 3-4 Types of Analysis Features 3-5 LABORATORY PRACTICAL 3-9 EXERCISE 1: Measuring Mass Properties 3-9 EXERCISE 2: Analyzing Fluid Volume 3-13 MODULE SUMMARY 3-16 - For University Use Only - Commercial Use Prohibited - CREATING USER-DEFINED ANALYSES 4-1 Objectives 4-1 OVERVIEW 4-2 Creating a UDA 4-4 Applying UDA to your Designs 4-5 UDA COMPONENTS 4-5 CONFIGURING FIELD POINTS 4-6 APPLYING UDA 4-6 Creating UDA Analysis Features .4-7 LABORATORY PRACTICAL 4-8 EXERCISE 1: Creating Field Points and Analysis Features 4-8 EXERCISE 2: Running UDA with Persistence Display .4-14 EXERCISE 3: Creating UDA-driven Geometry 4-17 MODULE SUMMARY 4-20 ANALYZING MOTION 5-1 OVERVIEW 5-2 Motion Analysis Feature Components .5-2 Viewing Motion Analysis Feature Results 5-3 Creating Motion Analyses 5-3 LABORATORY PRACTICAL 5-5 EXERCISE 2: Analyzing Simulated Human Body Assembly Motions 5-5 EXERCISE 2: Analyzing Assembly Motions .5-8 Summary 5-13 SENSITIVITY ANALYSIS 6-1 Objectives 6-1 OVERVIEW 6-2 Creating Sensitivity Analyses 6-3 Viewing Sensitivity Analysis Results .6-5 LABORATORY PRACTICAL 6-6 EXERCISE 1: Running a Sensitivity Analysis .6-6 MODULE SUMMARY 6-10 FEASIBILITY AND OPTIMIZATION STUDIES 7-1 OVERVIEW 7-2 FEASIBILITY STUDY 7-2 OPTIMIZATION STUDIES 7-5 OPTIMIZATION FEATURES 7-6 - For University Use Only - Commercial Use Prohibited - LABORATORY PRACTICAL 7-9 EXERCISE 1: Optimize the crankshaft part 7-9 EXERCISE 2: Creating Optimization Features 7-15 Goal 7-15 Method 7-15 Tools 7-15 MODULE SUMMARY 7-19 OPTIMIZING DESIGNS WITH GRAPH MATCHING 8-1 Objectives 8-1 OVERVIEW .8-2 OPTIMIZING DESIGNS WITH GRAPH MATCHING 8-2 USING GRAPH COMPARISON .8-3 Comparing Graphs with COMPAREGRAPH 8-3 SETTING UP FOR COMPAREGRAPH 8-4 Using Sampling with COMPAREGRAPH 8-6 MODULE SUMMARY 8-11 RUNNING MULTI-OBJECTIVE DESIGN STUDIES 9-1 OVERVIEW .9-2 CREATING MULTI-OBJECTIVE DESIGN STUDIES 9-2 Viewing Graph Results in Spreadsheets 9-7 LABORATORY PRACTICAL 9-9 EXERCISE 1:Optimizing Heat Transfer in Pipes with Multi-Objective Optimization 9-9 MODULE SUMMARY 9-15 RUNNING CUSTOMIZED ANALYSES 10-1 OVERVIEW .10-2 IDENTIFYING DESIGN CONSTRAINTS 10-2 TRANSLATING DESIGN RULES INTO PRO/ENGINEER TERMINOLOGY 10-3 Selecting Equivalent Terms for Feasibility Studies 10-3 Selecting Equivalent Terms for Optimization Studies 10-3 LABORATORY PRACTICAL 10-4 EXERCISE 1: Analyzing a Sailboat’s Righting Moment 10-4 MODULE SUMMARY 10-11 ADVANCED MULTI-OBJECTIVE DESIGN STUDIES 11-1 Objectives 11-1 Overview 11-2 - For University Use Only - Commercial Use Prohibited - Applying Distributed Computing Technology 11-2 Setting up Distributed Computing 11-2 Selecting Hardware to use with Distributed Computing 11-3 Configuring Workstations 11-4 Specifying the Host Machine 11-4 Response Surface & Approximation 11-6 Applying Response Surface Concepts 11-6 APPROXIMATING SENSITIVITY VALUES 11-7 Using Approximation Tables 11-7 LABORATORY PRACTICAL 11-9 EXERCISE 1: Using Approximations in Design Studies .11-9 Goal 11-9 Method .11-9 Tools .11-9 MODULE SUMMARY 11-11 ADVANCED EXERCISES 12-1 LABORATORY PRACTICAL 12-2 EXERCISE 1: Locate a Pitcher’s Volume Indices 12-2 EXERCISE 2: Analyze and Optimize a Reflector 12-5 Exercise 3: Improve a Reflector 12-8 APPLYING BMX: FINAL COURSE PROJECT 13-1 Objectives .13-1 PROJECT SCENARIO 13-2 Identifying the Design Problems 13-2 Identifying the Design Objectives 13-3 REVIEWING THE DESIGN TASKS 13-4 Calculating Flute Surface Area .13-4 Calculating Air Velocity 13-6 Calculating the Rotor Temperature 13-6 Calculating Rotor Temperature Sensitivity 13-7 Optimizing Braking Force 13-8 Viewing the Brake Force and Rotor Optimization Results 13-9 LABORATORY PRACTICAL 13-12 EXERCISE 1: Optimizing the Braking System 13-12 MODULE SUMMARY 13-19 - 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