In the following sections, and in the CAASE20 Agenda (Now Available), we have provided:
Note: Lvl 1 = Introductory, Lvl 2 = Intermediate, and Lvl 3 = Advanced (as assessed by the submitting author).
| Type | Title, Speaker, Company, and Level | Session Title |
| Keynote | Chasms, Bowling Alleys, Tornadoes, and Main Street: High Tech Adoption in the 21st Century (G. Moore, Geoffrey Moore Consulting, LLC; Lvl: 1) | Keynote: Day 1 |
| Keynote | Simulation in the Modern Enterprise (M. Schnitger, Schnitger Corp; Lvl: 1) | Keynote: Day 1 |
| Keynote | Simulation Governance is Key to Delivering Best-of-Class Products in the Age of COVID-19 (M. Halpern, Gartner, Inc.; Lvl: 1) | Keynote: Day 2 |
| Keynote | Increasing Diversity in the STEM Workforce Might Be Easier Than You Think (M. Klawe, Harvey Mudd College; Lvl: 1) | Keynote: Day 3 |
| Presentation | Using Thermal-Mechanical Topology Optimization and Additive Manufacturing for Performance Driven Space Flight Hardware Design (D. Anderson, NASA Jet Propulsion Laboratory; Lvl: 1) | Additive Manufacturing 1 |
| Presentation | Additive Manufacturing Applied in Cost & Weight Reduction Strategies in Automotive Components (C. Castro, Ford Motor Company; Lvl: 2) | Additive Manufacturing 1 |
| Presentation | Virtual Design, Validation, and Manufacturability for Metal Powder Bed Additive Manufacturing (R. Hoglund, Altair Engineering, Inc.; Lvl: 2) | Additive Manufacturing 1 |
| Presentation | Structural Optimization of FRep Models and Their Additive Manufacturing (D. Popov, Skolkovo Institute of Science and Technology; Lvl: 2) | Additive Manufacturing 2 |
| Presentation | Assembly Consolidation in Additively Manufactured Waveguides (L. Salman, ANSYS Canada Ltd.; Lvl: 2) | Additive Manufacturing 2 |
| Presentation | Towards High Throughput Simulations of Microstructure Mechanical Behavior in the AM Process (R. Saunders, Naval Research Laboratory; Lvl: 2) | Additive Manufacturing 2 |
| Presentation | Geometrical Effects On Residual Stress and Distortion In Metal AM (L. Silva, Western Michigan University; Lvl: 1) | Additive Manufacturing 2 |
| Presentation | Prediction of Microstructure within Additively Manufactured Parts through the Use of Finite Element Methods and Cellular Automata (M. Allen, TWI; Lvl: 2) | Additive Manufacturing 3 |
| Presentation | Rapid 3D Inspection of AM Components Using CT: From Defect Detection to Thermal Performance Simulation (C. Butler, Synopsys (N.E) Ltd; Lvl: 2) | Additive Manufacturing 3 |
| Presentation | Internal Flow Optimization: Next Level Performance Driven Engineering & Additive Manufacturing (T. Cole, Dassault Systemes; Lvl: 1) | Additive Manufacturing 3 |
| Presentation | Taking into Account Defects in Structural Simulation of Additively Manufactured or Casted Components (B. Lauterbach, Volume Graphics GmbH; Lvl: 3) | Additive Manufacturing 3 |
| Presentation | Application of a Composite Material Shell-Element Model in Ballistic Impact and Crush Simulations (T. Achstetter, George Mason University; Lvl: 2) | Advanced Composites |
| Presentation | On Post Processing of Carbon Composite Tubes in Compression Simulations: Justification and Validation (R. Cutting, Composites Manufacturing & Simulation Center; Lvl: 2) | Advanced Composites |
| Presentation | Capturing Multi-Scale Response of Composites with Homogenization Techniques (V. Palaiokastritis, BETA CAE Systems SA; Lvl: 2) | Advanced Composites |
| Presentation | Tensile Loading of 3D Woven Textile Composites: A Progressive Failure Analysis (D. Patel, Dassault Systemes SIMULIA Corp; Lvl: 3) | Advanced Composites |
| Presentation | Big Data for Durability and Reliability Engineers (J. Aldred, HBM Prenscia nCode; Lvl: 1) | Advanced Information Technologies 1 |
| Presentation | Monetizing Digital: Where Engineering Meets Dollars (J. Betts, Front End Analytics LLC; Lvl: 2) | Advanced Information Technologies 1 |
| Presentation | Engineering Analytics for the Automotive Industry (R. McConnell, SmartUQ; Lvl: 1) | Advanced Information Technologies 1 |
| Presentation | Geodesic Convolutional Neural Network for 3D Deep-Learning Based Surrogate Modeling and Optimization (P. Baqué, Neural Concept Ltd.; Lvl: 2) | Advanced Information Technologies 2 |
| Presentation | Physics Informed Machine Learning (PIMLᵀᴹ): Surrogate Models Providing Deeper Insights with Less Data (S. Gondipalle, Front End Analytics LLC; Lvl: 2) | Advanced Information Technologies 2 |
| Presentation | Numerical Prediction of Electrochemical Machining Processes Using Multiphysics Computational Tools (J. Mendez, Corrdesa LLC; Lvl: 2) | Advanced Materials & Multiphysics |
| Presentation | Corrosion Modeling using Multiphysics Computational Fluid Dynamics – From Ideal to Real Conditions (J. Mendez, Corrdesa LLC; Lvl: 2) | Advanced Materials & Multiphysics |
| Presentation | Microscale Modeling of Metal Filled Coating for Corrosion Protection (S. Palani, Corrdesa LLC; Lvl: 2) | Advanced Materials & Multiphysics |
| Presentation | Using Electrochemical Simulation to Both Optimize Alloy Electroplating Plating and Predict the Consequent Impact on Product Corrosion Resistance (A. Rose, Corrdesa LLC; Lvl: 2) | Advanced Materials & Multiphysics |
| Presentation | Optimizing the Performance of Adhesives Using Experiments and Predictive Simulations (S. Akarapu, 3M Company; Lvl: 3) | Advanced Materials Engineering |
| Presentation | Dynamic Response and Viscoelastic Heating of Elastomer Seals (A. Al-Quraishi, National Oilwell Varco Rig Systems; Lvl: 2) | Advanced Materials Engineering |
| Presentation | Numerical Analysis and Behavior of Ultra High-Performance Concrete (K. Bilal, Stantec; Lvl: 2) | Advanced Materials Engineering |
| Presentation | The Coming Engineering Analysis and Simulation Transformation (A. Ayala, Ford Motor Company; Lvl: 3) | AI-Guided Simulation |
| Presentation | Designing the Future with Optimization-Led Design & AI/ML Solution (A. Farahani, ETA Engineering Tech. Assoc.; Lvl: 3) | AI-Guided Simulation |
| Presentation | Heuristic Search for Optimal Breakpoints in Engine Mapping (G. Festag, Ford Motor Company; Lvl: 3) | AI-Guided Simulation |
| Presentation | Development of a Real-Time Engine Temperature Monitoring System, Using AI Based on Accurate and Validated Thermal Simulation Data (C. Semler, MAYA HTT; Lvl: 2) | AI-Guided Simulation |
| Presentation | A Computational Approach to Designing an Optimal Urea Mixer in a Diesel Exhaust System (S. Mishra, Ford Motor Company; Lvl: 3) | CFD 1 |
| Presentation | Modeling Multiphase Flow in the GORE Mercury Control System (V. Rakesh, W.L. Gore & Associates; Lvl: 2) | CFD 1 |
| Presentation | A New CFD Based Fire Risk Metric for Refrigerant Leakage Scenarios (M. Tabaddor, Underwriters Laboratories Inc; Lvl: 2) | CFD 1 |
| Presentation | You already know about FVM or LBM? Discover SPH! (A. BANNIER, NEXTFLOW Software; Lvl: 2) | CFD 2 |
| Presentation | Fully Coupled Conjugate Heat Transfer between 1D and 3D CFD (R. Euerby, Siemens Digital Industries Software; Lvl: 2) | CFD 2 |
| Presentation | 3D Modeling of Fuel Cells with a Complex Multi-Phase Approach: A Study on Geometry Influence. (C. Locci, Siemens Digital Industries Software; Lvl: 3) | CFD 2 |
| Presentation | On Simulating Liquid Atomization Processes with High Fidelity and Speed (M. Sami, ANSYS Inc.; Lvl: 3) | CFD 2 |
| Presentation | Using Vehicle Driver Population Variability to Identify Population Segments with Higher Injury Risk (N. Gaul, RAMDO Solutions, LLC; Lvl: 1) | Crash, Impact & Shock |
| Presentation | Impact Testing and Constitutive Modeling of PC for Failure Modeling (S. Teller, Veryst Engineering LLC; Lvl: 3) | Crash, Impact & Shock |
| Presentation | Cultural Challenges - Growing a Small Business Through a Lessons Learned Approach (A. Entwistle, McCormick Stevenson Corporation; Lvl: 1) | Cultural Challenges |
| Presentation | Making Believers out of Non-Believers: Psychology behind Transformation (C. Johar, AAON Inc; Lvl: 2) | Cultural Challenges |
| Presentation | How to Justify Increasing the use of Engineering Simulation in Your Company during and after COVID-19 (R. Keene, Consultant (Roger Keene); Lvl: ) | Cultural Challenges |
| Presentation | The Two-Year-Old Revolution at the RevolutionInSimulation.org Community – Status and Next Steps (M. Panthaki, RevolutionInSimulation.org; Lvl: 1) | Cultural Challenges |
| Presentation | An Update from the ASSESS Initiative (J. Walsh, The ASSESS Initiative; Lvl: 2) | Cultural Challenges |
| Presentation | Democratization of a Simulation Process Using a Workflow Engine and a SPDM Framework (N. Kasarekar, ESTECO North America, Inc.; Lvl: 2) | Data Management 1 |
| Presentation | Utilizing SPDM to Democratize Complex Design Analysis and Generate Data Trends (J. Tyrus, Dana Holding Corporation; Lvl: 2) | Data Management 1 |
| Presentation | Understanding the “Connected” Digital Enterprise (J. Zahner, Sigmetrix; Lvl: 1) | Data Management 1 |
| Presentation | Open Data Formats in Commercial FEA Software (K. Walker, MSC Software; Lvl: 2) | Data Management 2 |
| Presentation | VMAP Enabling Interoperability in Integrated CAE Simulation Workflows (K. Wolf, Fraunhofer SCAI; Lvl: 3) | Data Management 2 |
| Presentation | An Industry Workflow to Integrate Simulation Data into a Unity Application (T. Cline, Honeywell Federal Manufacturing & Technologies; Lvl: 1) | Data Management 3 |
| Workshop | How to Get Started with Simulation Process and Data Management (M. Norris, the SDMConsultancy; Lvl: 1) | Data Management 3 |
| Presentation | Democratization of Simulation and Optimization Leads to Effective Decision Making at Cummins (K. Brittain, Cummins - STC; Lvl: 2) | Democratization |
| Presentation | The Case for Democratizing Simulation - Where Engineering Meets Dollars (S. Dewhurst, EASA Software; Lvl: 2) | Democratization |
| Presentation | Implementing Simulation Earlier in the Design Process (G. Westwater, Fisher Controls International LLC; Lvl: 2) | Democratization |
| Presentation | The Rise of the Digital Twin (S. Ferguson, Siemens Digital Industries Software; Lvl: 1) | Digital Threads & Digital Twins 1 |
| Presentation | The Role of Analytics in the Digital Twin (G. Jones, SmartUQ; Lvl: 1) | Digital Threads & Digital Twins 1 |
| Presentation | Digital Thread Based Verification Management Solution (G. Roth, Siemens Digital Industries Software; Lvl: 2) | Digital Threads & Digital Twins 1 |
| Presentation | Real-Time Structural Integrity Evaluation Combining Digital Twin, Instrumentation and Finite Element Simulation (T. Roudier, E-Sim Solutions; Lvl: 2) | Digital Threads & Digital Twins 1 |
| Presentation | Real Digital Twin for a Complex Process (A. Alizadeh, Front End Analytics LLC; Lvl: 2) | Digital Threads & Digital Twins 2 |
| Presentation | Simulation-Based Digital Twins for Improved Asset Operation and Maintenance Management (A. Jatale, ANSYS Inc.; Lvl: 3) | Digital Threads & Digital Twins 2 |
| Presentation | A Coherent Digital Thread as Enabler for Systems Thinking Across the System Lifecycle - Where’s the Simulation? (E. Mottola, Toyota Motor Europe Technical Centre & M. Panthaki, ARAS Corporation; Lvl: 2) | Digital Threads & Digital Twins 2 |
| Presentation | Digital Twin – Its Maturity Levels and Related Impact on Business Maturity and Competitive Position (F. Popielas, SMS_Thinktank; Lvl: 2) | Digital Threads & Digital Twins 2 |
| Presentation | CAE-Driven Accelerated Durability Test for Carbon Canister Bracket Assembly (P. Darbandi, Ford Motor Company; Lvl: 3) | Durability & Damage Tolerance |
| Presentation | Virtual Simulation of Coupled Weld-Rupture Analysis of Automotive Assemblies (Y. Gooroochurn, ESI North America; Lvl: 2) | Durability & Damage Tolerance |
| Presentation | A Computer-Aided Engineering Method for Fan Blade Durability Assessment (V. Zamani, Ford Motor Company; Lvl: 3) | Durability & Damage Tolerance |
| Presentation | Multiphysics Modeling: Electro-Thermal Analysis of a Permanent Magnet Synchronous Machine for Electrical Vehicles (K. Illa, Siemens Digital Industries Software; Lvl: 2) | Electromagnetics & Electrostatics |
| Presentation | Electromagnetic Simulations for Antenna Design and Its Placement, RF Interference Analysis and Lightning Strike for Aerospace Applications (P. Jha, VIAS; Lvl: 3) | Electromagnetics & Electrostatics |
| Presentation | Design Challenges of Millimeter-Wave Beam-Steered Phased Array Transceiver for 5G Applications (L. Salman, ANSYS Canada Ltd.; Lvl: 2) | Electromagnetics & Electrostatics |
| Presentation | Enabling the Digitalization of Transformers (J. Wanjiku, Siemens Digital Industries Software; Lvl: 1) | Electromagnetics & Electrostatics |
| Presentation | Northrop Grumman Creating a 20-Node Hexahedral Element Model: An Innovative Solution to an Old Problem (J. Pura, MSC Software; Lvl: 2) | FEA |
| Presentation | Combined DEM and FEA Approach for Process Simulation of Granular Media (S. Sarkar, ESSS; Lvl: 2) | FEA |
| Presentation | Using Spline-Based Structural Simulation for Higher Accuracy and Faster Computation Speed (M. Sederberg, Coreform LLC; Lvl: 1) | FEA |
| Presentation | Simulation Tools for Designers: Generative Design and Meshless Simulation (J. Coors-Blankenship, PTC; Lvl: 2) | Generative Design 1 |
| Presentation | Techniques for Generating and Simulating Lattice Structures (A. Vlahinos, Advanced Engineering Solutions LLC; Lvl: 2) | Generative Design 1 |
| Presentation | Additively Manufactured High Performance Heat Exchangers (M. Vlahinos, nTopology; Lvl: 2) | Generative Design 1 |
| Workshop | Understanding a Generative Design Enabled Design Process Paradigm Shift (J. Walsh, The ASSESS Initiative; Lvl: 2) | Generative Design 2 |
| Presentation | Generative Design Use Case Requirements Assessment (J. Walsh, intrinSIM LLC; Lvl: ) | Generative Design 2 |
| Presentation | Will the Cloud Ever Work for HPC? (R. Knoechel, Oracle; Lvl: 2) | HPC & Cloud |
| Presentation | Choosing Between Managed HPC Clusters and Cloud for CAE - Challenges and Opportunities (R. Mach, TotalCAE; Lvl: 2) | HPC & Cloud |
| Presentation | The Effect of InfiniBand and In-Network Computing on CAE Simulations (Y. Qin, HPC-AI Advisory Council; Lvl: 3) | HPC & Cloud |
| Presentation | Maximizing Eigenfrequencies of PCB (R. Helfrich, INTES GmbH; Lvl: 3) | Innovative Applications |
| Presentation | Simulation for Developing Autonomous Vehicles in Context of the Indy Autonomous Challenge (S. Mittal, ANSYS, Inc.; Lvl: 2) | Innovative Applications |
| Presentation | Dynamic CT and Opportunities for Advancement of Validated Modeling & Simulation (J. Topich, Kinetic Vision; Lvl: 3) | Innovative Applications |
| Presentation | An Effective Approach for Elimination of Scrap Accumulation in Mass Stamping Production of Sheet Metals (A. Camanho, ESI North America; Lvl: 2) | Manufacturing Process Simulation |
| Presentation | An Introduction to Manufacturing Simulation and Smart Manufacturing (J. Huang, Ryobi Die Casting, USA; Lvl: 2) | Manufacturing Process Simulation |
| Presentation | Leveraging the Equivalance of I1-J2 and p-q Space to Simulate Powder Compaction Process (K. Kartikeya, ANSYS India; Lvl: 2) | Manufacturing Process Simulation |
| Presentation | Mission Focused MBSE (D. McCary, SAIC; Lvl: 1) | MBE 1 |
| Presentation | The Future of Performance Design with MBSE Approach Using the Example of an Electric Powertrain (T. Reimer, Dassault Systemes Deutschland GmbH; Lvl: 2) | MBE 1 |
| Presentation | Integrating Analysis with a Model-Based Feature Information Network (MFIN) (D. Seidensticker, MSC Software; Lvl: 1) | MBE 1 |
| Presentation | Automation and Design Space Exploration for Improved ADAS Feature Performance (A. Bhivare, Ford Motor Company; Lvl: 2) | MBE 2 |
| Presentation | New Ways to Create and Share High-Fidelity Simulation Insights Across the Product Lifecycle, to Increase Analyst Productivity and Improve Product Quality (P. Mandava, Visual Collaboration Technologies Inc; Lvl: 2) | MBE 2 |
| Presentation | Vehicle NVH Analysis Based on Loads from a Multi Body Simulation - An Integrated Solution (M. Herbst, BETA CAE Systems SA; Lvl: 3) | Multibody |
| Presentation | Optimizing Dynamic Mechanisms Using CAE: Best Practices to Select the Design Variables and Objective Functions (S. Kim, FunctionBay, Inc; Lvl: 1) | Multibody |
| Presentation | Integrated Multi-disciplinary System Simulation with Streamlined Coupling Between FEA, Motion, DEM and Controls (K. Sundaresh, Altair Engineering, Inc.; Lvl: 2) | Multibody |
| Presentation | Using FEA, CFD, and Reliability Physics to Investigate Electronic Component Failure Behavior (T. Ferris, ANSYS; Lvl: 1) | Multiscale & Multiphysics 1 |
| Presentation | Battery Aging Prediction for a Real-World Driving Cycle (K. Illa, Siemens Digital Industries Software; Lvl: 2) | Multiscale & Multiphysics 1 |
| Presentation | System Level Electromagnetic and Thermal Co-Optimization for ECU Design (J. Liu, Cadence Design Systems, Inc.; Lvl: 2) | Multiscale & Multiphysics 1 |
| Presentation | Electro-Mechanical Collaboration for Board-Level Thermal Analysis: An Integrated Approach for Design Optimization (Y. Sigmen, MAYA HTT; Lvl: 1) | Multiscale & Multiphysics 1 |
| Presentation | Decreasing The Need For Prototyping By Taking A Coupled Approach To Complex Problems (J. Crist, EnginSoft USA; Lvl: 1) | Multiscale & Multiphysics 2 |
| Presentation | Multiphysics Finite-Element Modeling for Vibration and Noise of Variable-Speed Permanent Magnet Brushless DC Motor (H. Niu, ANSYS Inc.; Lvl: 2) | Multiscale & Multiphysics 2 |
| Presentation | Avoiding the Tipping Point: Using Quad-Physics to Optimize the Conveyance of a Fluid Product in Flexible Packaging (B. Ross, MotionPort; Lvl: 1) | Multiscale & Multiphysics 2 |
| Presentation | Multiscale Characterization of the Mechanical Behavior of Metals from Finite Element Simulation of Crystal Microstructures (R. Mclendon, Dassault Systemes, SIMULIA; Lvl: 2) | Multiscale & Multiphysics 3 |
| Presentation | Integrating Different Tools in Engine Simulation to Advance Towards a Conjugate Heat Transfer Solution (A. Megel, Southwest Research Institute; Lvl: 2) | Multiscale & Multiphysics 3 |
| Presentation | An Integrated Workflow for Modeling Fiber-Reinforced Plastics with Multiscale Material Models (Y. Shi, Dassault Systèmes SIMULIA Corp; Lvl: 2) | Multiscale & Multiphysics 3 |
| Presentation | Simulation is Childs Play, Broken Toys Aren’t (R. Stupplebeen, Optimal Device; Lvl: 2) | Multiscale & Multiphysics 3 |
| Presentation | FSI and Exergetic Analyses of Flexible vs. Rigid Pitching Airfoil (K. Fouladi, InfoMec Consulting; Lvl: 2) | Multiscale & Multiphysics 4 |
| Presentation | Estimation of Material Properties of Noise Control Treatments from Random Incidence Transmission Loss Measurements (W. Yang, ESI North America; Lvl: 2) | Multiscale & Multiphysics 4 |
| Presentation | Performance Benchmark of Fully Coupled Multiscale Simulations Using an Adaptive Multiscale Scheme (K. Malusare, Siemens Digital Industries Software; Lvl: 2) | Multiscale & Multiphysics 5 |
| Presentation | Software Architecture and Hierarchy of the NASA Multiscale Analysis Tool (E. Pineda, NASA Glenn Research Center; Lvl: 1) | Multiscale & Multiphysics 5 |
| Presentation | Application of the NASA Multiscale Analysis Tool: Multiscale Integration and Interoperability (T. Ricks, NASA Glenn Research Center; Lvl: 1) | Multiscale & Multiphysics 5 |
| Training | Composites (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 1 |
| Training | Effective Postprocessing of Structural Analyses (T. Abbey, FETraining; Lvl: ) | NAFEMS Training: Day 1 |
| Training | Nonlinear Analysis (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 1 |
| Training | Elements of Turbulence Modelling (K. Fouladi, InfoMec Consulting; Lvl: 2) | NAFEMS Training: Day 1 |
| Training | Dynamic Finite Element Analysis (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 2 |
| Training | Structural Optimization - Topology Optimization and Generative Design (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 2 |
| Training | CFD for Structural Designers and Analysts (K. Fouladi, InfoMec Consulting; Lvl: 1) | NAFEMS Training: Day 2 |
| Training | Introduction to Practical CFD (K. Fouladi, InfoMec Consulting; Lvl: 1) | NAFEMS Training: Day 2 |
| Training | Fatigue Analysis (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 3 |
| Training | Joints and Connections (T. Abbey, FETraining; Lvl: 2) | NAFEMS Training: Day 3 |
| Presentation | Concept Structure Engineering and Optimization (A. Iti, Dassault Systemes CATIA; Lvl: 1) | Optimization 1 |
| Presentation | Adjoint for Scale Resolving Simulation (T. Jadhav, ANSYS India; Lvl: 2) | Optimization 1 |
| Presentation | Late Design Stage Optimization as an Important Task of the Product Development (G. Korbetis, BETA CAE Systems SA; Lvl: 2) | Optimization 1 |
| Presentation | A Complete Framework for DOE Studies in Occupant Protection (N. Tzolas, BETA CAE Systems SA; Lvl: 3) | Optimization 1 |
| Presentation | Optimizing Residual Thermal Stresses in High-Temperature Battery Cells (A. Ajdari, Exponent Failure Analysis Associates; Lvl: 3) | Optimization 2 |
| Presentation | Combined Multi-Disciplinary Design Study and Structural Optimization Approach to Design Parts for Additive Manufacturing (R. Bokil, Vanderplaats Research & Development; Lvl: 1) | Optimization 2 |
| Presentation | MAST: Multidisciplinary-Design Adaptation and Sensitivity Toolkit (D. Neiferd, Air Force Research Laboratory; Lvl: 2) | Optimization 2 |
| Presentation | Design and Optimization of Cooling System Component for Enhanced Airflow (R. Mallyala, Dassault Systèmes; Lvl: 2) | Optimization 3 |
| Presentation | Optimized Gun Barrel Based on Numerical Simulation to Produce Oil With Low BSW Content (U. Montañez Villamizar, PROCTEK SAS; Lvl: 2) | Optimization 3 |
| Presentation | Automating CAD to CAE Preprocessing for Parametric Optimization Iterations (G. Roth, Siemens Digital Industries Software; Lvl: 2) | Optimization 3 |
| Presentation | The Importance of Expensive Constraint Handling for Optimization Performance (C. Feridunoglu, Empower Operations Corp.; Lvl: 2) | Optimization 4 |
| Presentation | Design Optimization of CNG Vessels Transportation (Z. Wen, Esteco SPA; Lvl: 2) | Optimization 4 |
| Presentation | Implementing Simulation Governance & Democratization (S. Bhogle, Detroit Engineered Products; Lvl: 3) | Simulation Governance 1 |
| Presentation | Most Effective ROI Models for Simulation Applications: Answers from Research (C. Jackson, Lifecycle Insights; Lvl: 2) | Simulation Governance 1 |
| Presentation | Keeping a Large Enterprise Engaged in the Journey from Test-Centered Product/Process Development to Simulation-Led Product/Process Development (D. Meffert, Caterpillar Inc.; Lvl: 1) | Simulation Governance 1 |
| Presentation | Using Machine Readable Physics for Simulation Governance and Democratization (J. Szarazi, Digitalweavers; Lvl: 1) | Simulation Governance 1 |
| Presentation | Reinvesting Cost Optimization Savings to Fuel Digital transformation (L. Cole, Open iT, Inc.; Lvl: 1) | Simulation Governance 2 |
| Workshop | Simulations Reality - How Simulation Can Act Like a Vehicle Loan from Tony Soprano’s Jersey State Credit Union (M. Zebrowski, Consultant (Ford Motor Company, Retired); Lvl: 2) | Simulation Governance 2 |
| Presentation | A Study of Structural Analysis for the Module of Pouch Type Battery, Including Swelling Effect (Y. Hahn, Dassault Systèmes SIMULIA Corp; Lvl: 2) | Structural Analysis 1 |
| Presentation | Next Generation Contact Analysis (R. Helfrich, INTES GmbH; Lvl: 3) | Structural Analysis 1 |
| Presentation | Durability Analysis of Tires at High Speed (W. Mars, Endurica; Lvl: 2) | Structural Analysis 1 |
| Presentation | Standing Waves in Tires at High Speed (G. Paudel, Dassault Systemes SIMULIA Corp; Lvl: 2) | Structural Analysis 1 |
| Presentation | Optimisation of the strength of a Composite Floor System by Numerical Simulation of Steel and Concrete interaction (H. Bastien, CREAFORM; Lvl: 3) | Structural Analysis 2 |
| Workshop | GETTING BOUNCED: Pogo Stick Loads and Durability (T. Hunter, Wolf Star Technologies; Lvl: 2) | Structural Analysis 2 |
| Presentation | Can You Crack the Crush Tube? A Nonlinear Deformation Challenge Problem (S. Huston, Ingersoll Rand; Lvl: ) | Structural Analysis 2 |
| Presentation | Introduction of a Generic and Independent XML-based Physical Description Language “SMILE” (D. Friedemann, HTW Berlin; Lvl: 2) | Systems Modeling & Simulation |
| Presentation | Systems Modeling and Simulation Community (SMS Community) (F. Popielas, SMS_Thinktank; Lvl: ) | Systems Modeling & Simulation |
| Presentation | Calculation of Rolling Resistance for Off-Road Vehicles and Its Impact on Real Time Energy Simulations (A. Shrimali, John Deere India Pvt Ltd; Lvl: 2) | Systems Modeling & Simulation |
| Presentation | Reducing Physical Prototyping Via Real-Time Compliant Vehicle Dynamics Models (H. Kolera-Gokula, MSC Software; Lvl: 3) | Systems Thinking |
| Presentation | Automated Workflow for Reliability Analysis of Through Silicon Vias in 3-D Interconnects (K. Khan, ANSYS India; Lvl: 2) | Thermomechanical |
| Presentation | Wear Modeling of Brake Pad Due to Friction & Heat Generation between the Contacting Surfaces (S. Maiti, VIAS; Lvl: 2) | Thermomechanical |
| Presentation | Leveraging Boundary Condition Independent Reduced Order Models (J. Wilson, Siemens Digital Industries Software; Lvl: 1) | Thermomechanical |
| Presentation | Thermal Effect on Headlamp Lighting Performance (I. Yavuz, ANSYS Inc.; Lvl: 2) | Thermomechanical |
| Presentation | Statistical Model Validation & Calibration for Virtual Product Design (K. Choi, RAMDO Solutions, LLC; Lvl: 2) | Uncertainty Quantification 1 |
| Presentation | Uncertainty Quantification and Digital Engineering Applications in Design and Life Cycle Management (G. Jones, SmartUQ; Lvl: 1) | Uncertainty Quantification 1 |
| Presentation | Narrowing the Simulation – Test Gap with Statistical Calibration (G. Jones, SmartUQ; Lvl: 1) | Uncertainty Quantification 1 |
| Presentation | What Are the Chances of the Ship Snapping? Considerations When Using Probabilistic Analysis (A. Karl, Rolls-Royce Corporation; Lvl: ) | Uncertainty Quantification 2 |
| Training | Introduction to Probabilistic Analysis and Uncertainty Quantification (G. Jones, SmartUQ; Lvl: 1) | Uncertainty Quantification 3 |
| Training | Uncertainty Quantification with Complex Data (G. Jones, SmartUQ; Lvl: 2) | Uncertainty Quantification 4 |
| Presentation | Application of a Verification and Validation Framework for Establishing Trust in Model Predictions (J. Hartl, Purdue University; Lvl: 2) | Verification & Validation 1 |
| Presentation | Using Statistical Calibration for Model Verification and Validation, Diagnosis of Model Inadequacy and Improving Simulation Accuracy (R. McConnell, SmartUQ; Lvl: 1) | Verification & Validation 1 |
| Presentation | Improving PDC times: Virtual validation using rapid prototyping, FEA & 3D scan (M. Mendoza Vazquez, Autoliv Mexico; Lvl: 1) | Verification & Validation 1 |
| Presentation | Why Do My CAE Results Not Correlate with Test Results? (G. Roth, Siemens Digital Industries Software; Lvl: 2) | Verification & Validation 1 |
| Presentation | Predictive Analytics and Uncertainty Quantification of a Microwave Ablation Simulation with Spatial and Transient Responses (G. Jones, SmartUQ; Lvl: 1) | Verification & Validation 2 |
| Presentation | Assessing Computational Model Credibility Using a Risk-Based Framework: Application to Tibial Tray Component Strength (L. Knudsen, Syncroness; Lvl: 2) | Verification & Validation 2 |
| Presentation | An End-to-End Example of Verification, Validation and Uncertainty Quantification (R. Actis, ESRD, Inc.; Lvl: 2) | Verification & Validation 3 |
| Presentation | Accounting for Variability in NVH Design to Achieve Higher Customer Satisfaction (N. Gaul, RAMDO Solutions, LLC; Lvl: 1) | Verification & Validation 3 |
| Presentation | V&V 3D Fatigue Crack Growth Modeling: From Deterministic to Uncertainty Quantification Assessment (A. Loghin, Simmetrix Inc.; Lvl: 2) | Verification & Validation 3 |
| Presentation | Uncertainty Quantification and Probabilistic Risk Assessment for a Fleet of Layered Pressure Vessels (D. Riha, Southwest Research Institute; Lvl: 2) | Verification & Validation 3 |
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