AgendaIntroduction to Thermal WorkshopThermal Workshop Driving Parametric 3-D CAD
Software Demo: Piston [Pro/E CAD Thermal Workshop]
Thermal Workshop with SpaceClaimSoftware Demo: Instrument Panel
Parasolid SpaceClaim Thermal WorkshopCustomer Evaluation Use Case:
JPL Cone Clutch Design (from Cassini to SMAP)Keith English, Cognizant Mechanical EngineerAJ Mastropietro, Thermal Engineer
NX CAD SpaceClaim Thermal Workshop
Comet Multi-Physics for Optics System Analysis (STOP)Customer Use Case: CLARREO Project, Tory Scola, NASA LangleyCustomer Use Case: Aerospace Corp. for Sandia National Labs.
STOP Analysis with active Thermal ControlsPro/E CAD TD/MATLAB/Nastran/Abaqus/SigFit/CODE V
Thermal Workshop – Key FeaturesDirect integration with Pro/Engineer, SolidWorks and NX CAD
• Mark geometry• Drive parameters
Direct integration with SpaceClaimAdvanced FE meshing
• Applies mark-ups to mesh• Global and local mesh controls• Mesh quality metrics• Large Assembly meshing with contiguous meshes
Direct Thermal Desktop integrationProject Management
• Capture solution process for reuse• Review current status of project
ParametersUser-defined metricsComparison of metrics to requirements
• Maintain project historyTeam Collaboration
• Multiple users sharing a ProjectParameter StudiesUpgrade path for multi-physics (structures, optics, CFD, etc.)
Thermal Workshop – Additional Features
Support for Radiation Analysis Groups using TagsSupport for TD Template FilesRunning TD in Foreground ModeSupport for pre-defined TD Case SetsSupport for Insulation (using Tags in the CAD model)Support for Face Sides using Tags
Tagging Sides in the CAD modelSpecifying properties (Optical Properties, Insulation) on SidesVisualizing Sides used in Radiation Analysis Groups
Thermal Workshop with SpaceClaim
Malcolm PanthakiFounder & Chief Technology Officer
Comet Solutions, Inc.
What’s Next With SpaceClaim Support for Thermal Workshop & Comet Multi-Physics
“Live Sync” – make changes in SC and auto-updateEnhanced support for picking and tagging Sides for Surface Treatment, RAGs and InsulationEnhanced support for creating Insulation using tagsSupport for SC Dimensions – allow user to edit dimensions and update the SC geometry directly
What does the Comet Workspace do?
Comet is a tool-neutral environment for performing integrated modeling and process automation for standard, well-defined and repeatable design simulation activities
* Capture/reuse engineering IP/best practices* Perform more robust mixed-fidelity trade studies* Collaborate across the project team* Reduce manual re-work and errors* Decisions based on consistent simulation results
- All disciplines work off the same (pedigreed) data* Audit trail of project models & results
Federated versus Unified ApproachesIntegrating Tools & Data Across All Design Phases
Code V
Abaqus
SigFit
ThermalDesktopNastran
Adams
SHaREFluent
Excel
MATLABWavetraintempus
DirectCAD SpaceClaim 3-D Geometry
Current Environments(Federated Approach)
Thermal Workshop / Comet Multi-PhysicsAbstract Engineering Model™
Comet Workspace(Unified Data Model Approach)
DirectCAD
SpaceClaim
Adams
Abaqus
Code VSigFitThermalDesktopNastran
SHaREFluent Excel
MATLAB
Wavetraintempus
Key Design Variables vs.
Requirements
What are the Product Specs?
Process Specification
(Simulation Best Practices, Tools)
How is it being simulated?
Environments (Loads, BCs)
Under what conditions?
FunctionalModel
(Geometry & Tool Independent)
What is simulated?
Reusable Simulation Templates
“Intelligent” Templates
Rapid and Systematic Design Evaluation Performed Using
Your Best Practices
Ray Optics: Nominal Design
CAD
Systems Model(e.g., WaveTrain)
System Designs
:
Various Fidelity Levels
Lens-13 (Functional Component)
Apply Material Properties to Lens-13 (CAD, optics…)Meshing Rules: Lens-13 (CAD) for thermalMeshing Rules: Lens-13 (CAD) for structuralUse Lens-13 (optics) for ray optics with CODE VUse Lens-13 (system component) with WaveTrainApply Loads and BC’s to Lens-13 (CAD)
Inputs to the Functional Model
Coarse Thermal Mesh
Fine Structures Mesh
Adams
Abaqus
Code VSigFitThermalDesktopNastran
SHaREFluent Excel
MATLAB
Wavetraintempus
What Tools Does Comet Integrate with?– 3-D Mechanical Design software
– Bi-Directional 3-D CAD: Pro/Engineer, SolidWorks, NX– Direct Modeling: SpaceClaim Engineer
• 3-D CAD translators – CATIA, IGES, STEP, Inventor, NX…etc.
– Low Fidelity, general purpose math-based calculation tools– General Math Tools: Excel, MATLAB– Special purpose in-house codes (via Comet API/SDK)
- High Fidelity simulation tools- Multi-Body Dynamics: MSC Adams- Structural FEA: Abaqus, ANSYS, MSC Nastran - Thermal Analysis: Thermal Desktop/Sinda- CAD-associative FE Meshing: Simmetrix- Optics Design & Analysis: CODE V, SigFit- DOE/Design Optimization/Robust Design solvers (via API/SDK)- Special purpose in-house codes (via API/SDK)
Industry ApplicationsIndustry Physics
DomainsApplication of Comet in ProductDesign/Development
Aero & Defense CAD/Structural/ Thermal/Optical
Classified satellite with SandiaLabs; Also mid-wave sensor project
Aero & Defense CAD/Structural/ Thermal/Optical
Classified military satellite program
Aero & Defense CAD/Structural/ Thermal/Optical
CLARREO commercial satellite program
Aero & Defense CAD/Thermal Next generation space shuttle
Aero & Defense CAD/Structural/ Thermal/Optical
Directed Energy program/High Energy Laser (HEL)
Off-Highway CAD/MBDStructural
Agriculture and forestry equipment and harvesters
Military Vehicles Concept Eng/ In-House/MBD
Mobility performance of military tracked vehicles
Off-Highway CAD/Structural Agricultural equipment in China
Off-Highway CAD/Structural High-speed rail locomotive in China
Consumer Excel-basedConcept Design
Refrigerator cooling systems
MIT Lincoln Laboratory
Langley
Kennedy
Air Force Research Lab
Comet’s Performance Engineering Workspace
Project Tree: Stages
Simulation Process
Geometry/Mesh/Results Viewers
• Collaborate easily across the team• Access/share all data and history• Manage all CAE model configurationsand simulation results
• Capture simulation processes• Capture expertise and rules• Automate iterations• Distribute processing easily
• Manage Performance Requirements• Compare simulation results with Requirements• Manage high‐level Constants and Variables
• Access CAD geometry of all formats• Create complex meshes• Visualize results from all CAE codes
Project Dashboard
Constants Variables Requirements Metrics
Integrated Optics Process With Thermal Controls Loop
Thermal & Structural Meshing
Thermal Controls Loop Using MATLAB
Structural & Optics Analysis
STOP Project: Business Results & Conclusions
• Achieved greater level of understanding of how changes within one domain affect other domains – systems engineering approach is facilitated across silos
• Gained greater insight into how/why the sensor design worked– Project Dashboard enabled visualization and team review of
interdisciplinary design issues in one system-level view• Gained higher level of confidence in the accuracy of the sensor
analysis – eliminated hand-off errors between discipline silos• STOP analysis cycle time reduced by at least a factor of 2X –
each new analysis iteration increased the savings further• Conducted real-time design reviews with program management
and customers within the Comet Workspace without the need for separate PowerPoint snapshots of design status
– Full system reviews, comparing predictions to requirements– Interactive 3-D data available for the reviews
A New Core Capability was DemonstratedAbility to rapidly perform High Fidelity STOP Analysis
Customer gained system insights quickly, at a much lower relative cost.
Contact Information
Malcolm Panthaki Don TolleFounder & VP, Business Development
Chief Technology Officer & Product Strategy505.238.1555 [email protected] [email protected]
http://www.cometsolutions.com
Thank You