Teamcenter for Simulation Product Roadmap – PLM World 2006 · fDigital Simulation Solutions that...

1© UGS Corp. 2006. All rights reserved.

Teamcenter for Simulation Product Roadmap – PLM World 2006

Eric RiedyProduct Manager

© UGS Corp. 2006. All rights reserved.

Vision & Objectives

4

VisionDigital Simulation Solutions that are pervasive throughout the product lifecycle and that enable Simulation to affect and drive product designs

Key ObjectivesBest-in-class, scalable CAE pre-post solutions

Market recognized, physics based solvers

Integrated system analysis for motion, flexible bodies, and response analysis

Data management


Topics

Product Strategy

Roadmap

Tc Eng 2005 SR1

Beyond Tc Eng 2005 SR1


Scalable, Managed ApplicationsDesign Engineers & Analysts


Digital Decision Making: Move CAE forward

The Challenge : Product design concepts driven by simulation results

Concept Development

CAD Freeze

Prototype Build

Production Build

Program Approval

Reduce the FE modeling/meshing time

Improve FEA solve turnaround timeTrack the engineering content

Start system-level CAE early in process

Data Management


Increasing number of Simulation usersPower now at the desktopMore analyses being runWhat data is critical to track?

Multiple software solutionsOne analysis may require many different software packagesOften not linked or associated to CAD

Managing CAE processAutomation, best practicesSetting critical analysis tasksDefine components and subsystems to analyzeValidation, accountability for the analysis

Improving the process - enable reuse of data

Simulation Data Management Challenges

Vehicle Specs and Requiremnts

Powertrain Specs Performance and

Cooling Requirements

Solid Geometry

Test Data

CAE Model for airflow

Calculate Airflow Characteristics

Spec Engine Performance (Torque, HP)

Develop Bearing Loads

CAE Analysis for Piston, Rod & Crank

CAE ModelsPiston Rod & Crank

Map Thermal Coeffs to Structural Model

Calculate Coolant Flow Rate, Thermal

Coeffs.

CAE Model for Coolant

Transient Thermal Structural Analysis

Results Processing

CAE Model forHead & Block


Simulation Data Management Benefits

Having confidence that you can trust the data is right and the analysis is indicative of the performance

Ensuring analysis results are available in time to influence thedesign

Handling an increasing variety of product data

Investigating more physics and more options

Working with more confidence and speed

Capturing CAE data to re-use more often across brands and for new product revisions

Detailed design analysisUpdates to CAE models from CADValidation of mathematical models and BCs

Release for prototype buildUnderstand “as built” variances

Physical testing only when necessaryValidate virtual models with test dataCorrelation to initial requirementsCorrelation to digital simulation results

Capture knowledgeArchive appropriate dataStore CAE models for re-useCapture key analysis processesRetain data for regulatory requirements

Build critical CAE knowledge baseCapture and document “best practices”

RequirementsHigh-level product requirementsDefined CAE targets

Identify and track CAE requirementsvs. product performance targetsvs. regulations and standards

Access existing knowledgeBased on product requirementsFind existing components/CAE dataIdentify components for modelingCreate CAE workflows

Define the analysis tasksMultiple disciplinesLevel of detail requiredPass/fail criteria

Initial design synthesisSystem model definitionRe-use existing data and create new modelsDefine sub-system loads and BCs

Initial concepts evaluationComponent-levelDesign optimization

Requirements

ValidationTesting

Capture

Knowledge Reuse

Concept


Topics

Product Strategy

Roadmap

Tc Eng 2005 SR1

Beyond Tc Eng 2005 SR1


Roadmap Details

To be presented at conference


Thank You!

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