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GTTC 2024
Seminar Information & Overview

GT Service Providers

For the 2024 US and European European and US GTTC events, we are excited to share that we have all-day seminar tracks to choose from for DAY 2 of our GTTC conferences in October and November.

These include:

Day 2 SeminarSystems Integration and Deployment

Unlock the power of multi-physics systems integration and optimization! Join our seminar to delve into the realm of cutting-edge technology and discover the art of harmonizing diverse components for enhanced performance. Get motivated, gain insights, and propel your understanding of this exciting field forward. Don’t miss out on the opportunity to drive innovation and revolutionize the future of automotive engineering using GT-SUITE. 

In this seminar, you will learn about: 

  • Real-world driving scenarios
  • Multi-physics integration
  • Advanced solutions in control and external model integration
  • Model deployment for digital twin using GT-SUITE, GT-RealDrive, GT-SUITE-RT, and GT-Play
  • Solutions beyond passenger vehicle for aerospace, marine and heavy-duty applications

Day 2 SeminarMulti-Physics Battery Modeling

Discover the fascinating world of battery technologies and gain insights into the intricate interplay of multiple physical phenomena. Delve into the realm of modeling and simulation, equipping yourself with the tools to accurately predict battery performance. Expand your expertise, network with industry leaders, and pave the way for innovative advancements in the field. 

In this seminar, you will learn about : 

  • Advanced Model Calibration using Machine Learning
  • Beyond Lithium-Ion Batteries and Multi-Physics Battery Modeling
  • Detailed Cell Design and Analysis with 3D Techniques
  • Thermal Runaway Propagation
  • Battery Control (BMS) Design with Multi-Physics Models using GT-SUITE, Machine Learning Assistant, GT-Autolion-1D, GT-Autolion-RT and GT-Autolion 3D

Day 2 SeminarThermal Management Throughout the Development Cycle

Explore the complexities of thermal distribution and security in both 1D and 3D environments, gaining valuable insights into optimizing performance and safety. Gain a deep understanding of how thermal management impacts the efficiency and reliability of xEVs. Uncover the latest advancements in AC & Heat Pump Systems, ensuring effective temperature control for enhanced comfort and energy efficiency. Discover the seamless integration of vehicles and controls, harnessing the power of intelligent systems for optimal xEV operation.

In this seminar, you will learn about:

  • Advances in cooling systems and components
  • Fast running thermal models
  • Modeling techniques for air conditioning, heat pump, and vehicle cabins
  • Thermal distribution and security from 1D to 3D
  • 3D flow solutions for thermal system simulation engineers

Day 2 SeminarMechanical Dynamics for Powertrain and Vehicle 

Explore the intricate dynamics of mechanical systems that drive powertrains, accessories, and vehicles, gaining a comprehensive understanding of their behavior, including noise, vibration, and harshness (NVH), Friction and Tribology. Explore the interplay between various components, optimizing performance, efficiency, and reliability while ensuring a smooth and comfortable driving experience. Gain insights into powertrain dynamics, studying the interactions between engines, electric machines, and drivetrain systems to minimize NVH levels. Join us for this insightful seminar, where you will deepen your knowledge, engage with experts, and shape the future of mechanical dynamics in powertrain and vehicle systems. Don’t miss this opportunity to make a lasting impact in the field.  

In this seminar, you will learn about:  

  • Powertrain Mechanics, Friction and Tribology
  • Gearbox and E-Axle NVH
  • Multi body dynamics of Pumps and Compressors
  • Metamodeling for Pre-CAE Concept Design
  • Vehicle Dynamics in 3D using GT-SUITE and GT-3D MBD

Day 2 SeminarOpen Discussion on Fuel Cell, Electrolysis, & Hydrogen

Don’t miss this empowering opportunity to delve into the depths of physics and be at the forefront of Fuel Cell and Hydrogen Systems Integration and Optimization, shaping the future of hydrogen mobility and a greener tomorrow. Lets’s discuss cutting-edge technologies driving the future of transportation and delve into the deep physics behind fuel cell and hydrogen systems. Gain a comprehensive understanding of the intricate interplay between various components, optimizing their integration for seamless operation and enhanced performance. Uncover the immense potential of hydrogen as a clean and sustainable energy source, revolutionizing the way we move and reducing our carbon footprint. 

In this seminar, you will learn about:

  • Best Practices for Fuel Cell and Stack Design
  • Fuel Cell Degradation Analysis
  • Machine Learning and Controls Integration in FCEV Models
  • Water and ICE Management in PEM Fuel Cell Stack Systems
  • Fundamentals and Advancements in Electrolysis and Hydrogen Infrastructure Modeling using GT-SUITE and Machine Learning Assistant

Day 2 Seminar Fluid Systems and Positive Displacement Pump and Compressors

Immerse yourself in the world of cutting-edge engineering as we explore the power of simulation. Delve into the intricacies of high-fidelity fluid simulation and positive displacement pumps and compressors, understanding their vital role in various industries, for decarbonization. Discover how simulation techniques enhance the design and optimization of these systems, allowing for improved performance, efficiency, and reliability. Uncover the latest advancements in model building, performance and multibody simulations. Explore how simulation-driven development enables accurate prediction of fluid flow, pressure pulsation, gas and structure temperature, and other critical factors, leading to more robust and cost-effective designs. Connect with industry experts, share insights, and expand your professional network. Collaborate with like-minded professionals and gain invaluable knowledge to stay at the forefront of simulation-enhanced product development. 

In this seminar, you will learn about:

  • Advancements in system driven fluid simulations
  • Predictive positive displacement compressors and pumps
  • Machine learning for predictive maintenance and fault detection
  • Flow and acoustics simulation for component design and characterization
  • Multi-body dynamics of pumps and compressors using GT-SUITE and Machine Learning Assistant

Day 2 Seminar Future Directions in Engine Performance Simulation

Gain insights into key areas, including combustion modeling, real-time performance and emissions analysis, net-zero carbon fuel modeling, and the deployment and evolution of real-time models.

Discover cutting-edge techniques and methodologies driving predictive modeling and simulation for engine performance. Uncover innovations in combustion modeling, optimizing efficiency and reducing emissions. Explore real-time analysis, enabling immediate performance assessment and emission control. Dive into net-zero carbon fuel modeling, paving the way for sustainable engine technologies.

Explore the deployment, democratization, and evolution of engine performance models, enabling widespread access and continuous improvement. Connect with industry experts, researchers, and innovators, fostering collaboration and expanding your professional network.

In this seminar, you will learn about:  

  • New Features in Engine and Combustion Modeling
  • State of the Art in 0D Combustion Modeling
  • Real-Time Engine Performance and Emissions Modeling
  • Modeling of Net-Zero Carbon Fuels
  • Machine Learning and Automated Calibration for Engine Models using GT-SUITE, GT-POWER-xRT, ACT, Machine Learning Assistant

Day 2 Seminar Exhaust Aftertreatment and Chemical Systems Modeling 

Discover advanced aftertreatment modeling, fast running chemical kinetics, and innovative approaches to fuel reformers and carbon capture. Engage with experts, expand your network, and be at the forefront of cleaner and sustainable transportation solutions. Don’t miss this opportunity to shape the future of exhaust aftertreatment and chemical systems. Join us and unlock new possibilities in engineering.

Engage with industry experts and researchers, fostering meaningful discussions and collaboration opportunities. Expand your professional network and stay at the forefront of exhaust aftertreatment and chemical systems modeling.

In this seminar, you will learn about:

  • Overview of Aftertreatment Modeling with GT-xCHEM: Discover the future of emissions control with GT-xCHEM, Gamma Technologies’ advanced solution for aftertreatment modeling. Explore cutting-edge features that tackle complex emissions scenarios, from particulate filters to catalyst reactivity, with unparalleled precision. Experience our seamless migration tool, transitioning effortlessly from Exothermia-Suite to GT-xCHEM while unlocking new capabilities. Dive into real-world emissions modeling for light-duty vehicles, integrating with GT-RealDrive for accurate tailpipe emission insights under various driving conditions. Join us to revolutionize your approach to aftertreatment systems and stay ahead in the rapidly evolving landscape of automotive emissions control.

 

  • Application of Advanced Capabilities in Aftertreatment Modeling: Explore cutting-edge features of GT-xCHEM’s advanced aftertreatment modeling capabilities including precise monolith geometry definitions, state-of-the-art PM deposit and filtration models, and advanced chemistry capabilities that tackle complex scenarios like EU7 standards and beyond. Master the intricacies of catalyst performance during start/stop scenarios, optimize electrical heating and DEF injection strategies, and simulate with sensor-level precision using virtual lambda and NOx sensors. Discover how GT-xCHEM adapts to emerging technologies, including low/zero carbon fuel assessments and advanced substrate designs. Join us to revolutionize your approach to aftertreatment systems and stay ahead in the rapidly evolving landscape of automotive emissions control.

 

  • Machine Learning for Fast Running Chemical Kinetics: Unlock the power of machine learning to revolutionize your chemical kinetics simulations! Discover how neural network models can dramatically accelerate sensors, reactors, and reformers for cutting-edge application and control systems. Learn to harness the speed of metamodels for real-time Hardware-in-the-Loop (HiL) simulations, enabling rapid prototyping and optimization. Explore the seamless integration of physics-based modeling with data-driven approaches to create high-fidelity, lightning-fast predictive models. Join us to master the tools that will propel your research and development into the future of fast, accurate, and intelligent chemical process simulation.

 

  • Overview of Chemical Systems Modeling with GT-xCHEM: Discover how GT-xCHEM expands beyond traditional exhaust aftertreatment to revolutionize fuel reforming and chemical processing. Explore real-world applications through a case study, including the Haber-Bosch process for ammonia synthesis and autothermal reactors. Get a first look at the newly released DistillationColumn modeling functionality, a critical component for chemical and petrochemical industries. Delve into the exciting world of energy storage with our upcoming advanced modeling capabilities for redox flow batteries, opening new frontiers in renewable energy integration and grid stability.

 

  • Net-Zero Carbon Future: Fuel Reformers, Fuel Synthesis, and Carbon Capture: Explore the future of sustainable energy and chemical processes with GT-xCHEM, Gamma Technologies’ groundbreaking tool for modeling complex chemical systems. Discover innovative applications in fuel reforming, synthesis, and carbon capture technologies driving the transition to a net-zero carbon future. Delve into case studies like mobile CO2 capture systems for vehicles and ships, demonstrating GT-xCHEM’s real-world impact. Learn how GT-xCHEM facilitates net-zero carbon fuel production through green methanol synthesis using green electricity, captured CO2, and green hydrogen. Join us to see how GT-xCHEM can help your organization lead in sustainable chemical engineering and energy innovation.

Day 2 SeminarElectric Powertrain Design & Analysis (US ONLY)

Join us to learn more about exciting new capabilities in electric powertrain design and analysis. The morning sessions will provide updates into new technology for motor sizing, model building in GT-FEMAG and integration within GT-SUITE. The afternoon sessions will focus on advanced capabilities within GT-SUITE and GT-PowerForge for electric powertrain noise, vibration, and harshness and trade-offs with efficiency.

Expand your professional network by interfacing with industry experts and researchers, fostering meaningful discussions and collaboration opportunities.

In this seminar, you will learn about:

  • Flexible Geometry Definition with GT-FEMAG
  • Motor & Inverter component pre-design & sizing
  • Thermal Workflows for Electric Powertrain
  • E-Powertrain NVH (noise, vibration, and harshness)
  • Quantifying & Optimizing Trade-offs between Efficiency & NVH using GT-SUITE, GT-FEMAG and GT-PowerForge

Day 2 SeminarElectric Powertrain & FEMAG User Group Meeting (EUROPE ONLY)

Join us for the inaugural inclusion of the FEMAG User Group Meeting into the GTTC event. The morning sessions will provide updates into new technology for motor sizing, model building, and integration. For the afternoon sessions, attendees will have two options:

  1. Stay for a deep dive into advanced capabilities within GT-FEMAG for demagnetization, eddy current prediction, and AC and hairpin losses.
  2. Break from the FEMAG User Group Meeting and learn more about advanced capabilities within GT-SUITE for powertrain noise, vibration, and harshness.

Expand your professional network by interfacing with industry experts and researchers, fostering meaningful discussions and collaboration opportunities.

In this seminar, you will learn about:

  • Flexible Geometry Definition with GT-FEMAG
  • Motor & Inverter component pre-design & sizing
  • Thermal Workflows for Electric Powertrain
  • Demagnetization Assessments
  • Advanced Eddy Current Predictions
  • AC and Hairpin Losses
  • E-Powertrain NVH
  • Quantifying & Optimizing Trade-offs between Efficiency & NVH using GT-FEMAG, GT-SUITE, and GT-PowerForge