Simulation and optimization of gas turbine blades with Simcenter
Tackle complex turbine blade challenges with an integrated, data-driven engineering approach.
Turbine design simulation and optimization is a critical aspect of the engineering process, ensuring efficient performance and longevity of these essential power generation components.
One of the significant challenges in turbine design is addressing creep and thermal-mechanical fatigue (TMF) analysis to fully exploit the design space and create robust designs.
Join us for an in-depth technical webinar dedicated to exploring the latest advancements in the simulation and optimization of turbine blades. This session brings together multidisciplinary perspectives on mechanical integrity, automation and artificial intelligence to address the challenges and opportunities in modern turbine design.
We will explore the critical challenges posed by mechanical integrity and how to address them with the help of high-fidelity finite element analysis (FEA).
This session demonstrates template-driven workflows using Simcenter mechanical simulation technologies and introduces advanced methodologies in automation and multidisciplinary design optimization using HEEDS. The session also highlights how AI and machine learning are reshaping predictive engineering, enabling faster design cycles with data-trained models.
Key session highlights:
- Comprehensive exploration of turbine blade mechanical integrity through high-fidelity simulation processes, addressing complex challenges like creep analysis and flutter within demanding modeling requirements
- Implementation of advanced automation workflows combining Simcenter3D templates, HEEDS optimization and robust design strategies to streamline the design process and enhance efficiency
- Integration of AI and machine learning technologies to revolutionize predictive modeling capabilities, balancing speed and accuracy while leveraging data-driven optimization techniques
- Strategic roadmap outlining current technological achievements and future development pathways for practical implementation in turbine design optimization
Seznamte se s přednášejícími
Sebastian Döpke
Simcenter Consulting Manager
Sebastian Döpke, Simcenter consulting manager at d.u.h.Group, brings 16 years of expertise in simulation and software development, specializing in turbomachinery mechanical simulation and implementing automated workflows using advanced engineering tools.
Erik Munktell
Simcenter Industry Manager for Turbomachinery
Erik has worked with gas turbines since 2009 in various R&D roles. Erik joined Siemens Digital Industries Software in 2018. Today, he is the industry manager for turbomachinery within the simulation and test segment.
Jason Abdallah
Senior Turbine Engineer and Technical Lead
Jason Abdallah, a senior turbine engineer at Siemens Energy with 12 years of expertise in mechanical design, leads AI integration in turbine development while pursuing his PhD, driving innovation through technology acceleration programs and mentoring junior engineers.