July webinar roundup – Siemens Digital Industries Software
Our webinars provide insight into the challenges you can overcome through digital transformation. You can see how others have used software solutions to become more efficient and productive. You will learn more about our product lifecycle management solutions, Siemens Xcelerator and how you can gain the agility, flexibility and adaptability to turn ideas into innovation with greater efficiency and speed.
If you missed any of our live webinars in July, they are available on-demand for you to catch up with relevant topics.
Upcoming webinars: Register now to attend live!
If you find any of the following sessions appealing, follow the linked title to register and save your spot to attend live. Each webinar will switch to on-demand about a week after the live event. Please note we will send you a recording even if you miss the live session, so you will always have the opportunity to watch or rewatch at your convenience.
How MORFO Design is advancing turbomachinery optimization
Date: September 10, 2024
Time: 3 am and 11 am EDT
Industries: Aerospace, defense and marine
This webinar will feature MORFO Design, a spin-off of the University of Florence dedicated to exploring new engineering advancements in turbomachinery, and how they utilize Siemens Xcelerator’s fluids and thermal simulation technology to meet the demands of innovative engineering.
Learn about MORFO Design’s innovative use of the Simcenter computational fluid dynamics solution to define key design parameters and characteristics of a turbine blade. By harnessing the flexibility of JavaScript for automatic computer-aided design (CAD) generation, MORFO Design has streamlined the process of enhancing axial turbine blade performance. Through iterative modifications to the blade’s shape, specific performance objectives such as maximizing energy conversion efficiency, minimizing pressure losses, and reducing noise levels can now be achieved more efficiently than ever before.
Siemens Virtual ICE Conference 2024
Date: September 4, 2024
Time: 8 am EDT
Industry: Automotive and transportation
Porsche AG, MAN Energy Solutions SE and R&D Computational Fluid Dynamics will present their experiences and achievements from their recent research and in-cylinder simulation activities. This will be complemented by presentations from Oxford Brookes University and Oxford University, who have been actively involved in industrial research projects applying Simcenter STAR-CCM+ In-Cylinder solution.
Agenda and speakers:
- 8:00 am | Welcome and introduction | Warren Seeley, Siemens Digital Industries Software
- 8:10 am | Thermal characterization of a large bore 2-stroke marine engine | Dr. Giuseppe Cicalese, R&D Computational Fluid Dynamics
- 8:30 am | Numerical modelling and validation of HPDI methanol/diesel combustion for marine engines | Bhuvaneswaran Manickam, MAN Energy Solutions SE
- 8:50 am | Analysis of vector magnitudes from ensembles of in-cylinder flow data | Samuel Baker, Oxford University
- 9:10 am | Simulation of water injection using Simcenter STAR-CCM+ In-Cylinder Solution | Andrea Berton, Porsche AG
- 9:30 am | TBC
- 9:50 am | CFD modelling of mixture homogeneity in direct injection hydrogen engines | Dr. Fabrizio Bonatesta, Oxford Brookes University
- 10:10 am | How to move from being an Internal Combustion Engine engineer (ICEE) to a Hydrogen Combustion Engine expert (HYCEE)? | Prof. Stefano Fontanesi, Siemens Digital Industries Software
- 10:50 am | New and upcoming capabilities of Simcenter STAR-CCM+ In-Cylinder solution | Alexandros Panagoulias, Siemens Digital Industries
- 11:10 am | Closing remarks | Warren Seeley, Siemens Digital Industries Software
In case you missed it: Recent webinars you can watch on demand
These recordings are available to you at any time. Each includes all the related resources and other opportunities to engage and learn more about the topics that interest you and address your business challenges.
Process development and experiment data management for life science labs
Industry: Pharmaceutical and life science
Traditional paper-based or classic office software and storage pose significant risks in pharmaceutical and life science R&D organizations:
- Data stays in silo, fragmented and uncontextualized: 60% of the experimental data is not reused.
- Collaboration is slow because R&D teams are now more specialized and distributed.
- Finding insights is almost impossible due to the volume of unstructured data.
Watch to learn about our solution to overcome these challenges with a native and secure cloud-based platform called Riffyn X. This solution focuses on gathering, contextualizing and integrating data throughout the life sciences development process, enabling data sharing in a structured and systematic way across an organization.
Streamline additive manufacturing processes from design to 3D printing: The value of an end-to-end workflow
Industries: Manufacturing, aerospace, automotive, semiconductor, medical technology
What’s the secret to faster output, fewer errors and improved product quality? It’s an end-to-end additive manufacturing workflow that connects and streamlines multiple processes with a single digital thread.
In this webinar, toolcraft AG and Siemens highlight how integrated design, simulation and printing processes make it possible to print high-quality parts correctly the first time. Watch to learn how toolcraft AG reduced development time and workflow errors while improving traceability and collaboration between departments. We’ll walk through their step-by-step process from the beginning design phase to the final printing and scanning of parts, showing they’re within tolerance.
Future-proof your battery cell production with shopfloor standardization
Industry: Battery
Building and maintaining battery cell plants can be a complex undertaking. From many hardware components to intricate automation systems, ensuring optimal performance requires a strategic approach.
Discover how to optimize your production line with standardized hardware, automation and safety solutions. Join us for a deep dive into shopfloor standardization for battery cell production, including the challenges cell producers face, the pain points of non-standardized battery cell production lines and how standardization across key areas can bring significant added value.
End-to-end generative automotive E/E design in 3D context
Industry: Automotive
Today’s automotive electrical designers face unprecedented challenges with continuous design changes and growing complexity. In this webinar, you will learn how to enable accelerated design, inherent quality, and reduce cost with advanced design tools like those in Siemens Capital software. Siemens Capital’s advanced electrical systems design can help you:
- Improve innovation by automation of manual tasks.
- Increase efficiency through continuous collaboration.
- Optimize the design process by correct-by-construction designs and the reuse of 3D data.
This session is ideal for engineering managers, wiring designers, harness designers and mechanical engineers.
Process management for part manufacturing using Teamcenter X
Industry: Small and medium business, cross-industry
Running a machine shop today presents numerous challenges, from fierce competition to demanding customer requirements and operating in siloed processes such as standalone CAM, CAD, additive & CMM and quality inspection systems. Learn how Teamcenter X for part manufacturing integrates shop floor applications, such as tool data management, to streamline operations and enhance productivity. Join our digital manufacturing experts in this webinar to learn how your machine shop can boost your process management for part manufacturing with Teamcenter X to drive business growth in today’s competitive landscape.
You can also search our resource library for additional webinar sessions that may interest you.
