Digital Enterprise Series

The biggest challenge for test engineering teams is to support the continued drive for developing innovative products and making sure these products meet critical product requirements. With product innovations come new product concepts, new materials, new production techniques that introduce new uncertainties.

In-depth testing remains crucial in qualifying how designs perform. Testing also gives critical insight into balancing between conflicting performance criteria and delivering upon critical product performance. All of this must be done faster, with fewer prototypes and testing opportunities.

Join us at this conference and learn how to master current challenges in the Aerospace & Defense Industry using the best-in-class Simcenter solutions uniquely integrating physical testing and simulation.

Chemical process, pharmaceutical, food and biotech industries face similar challenges: Efficient scale-up from lab to production and improving the production process (control quality, reduce ecological footprint, etcetera).

Building a Performance Digital Twin, using CFD and particle modeling with DEM, has been identified as one of the key enabling technologies in finding solutions to many of the challenges that surround scale-up; capable of reducing operating costs across manufacturing and quality divisions.

If you would like to see examples of the benefits of deploying simulation and optimization using Computational Fluid Dynamics (CFD) and Discrete Element Modeling (DEM) make sure to register for this 1h webinar.

In this webinar, we will discuss how simulation can be used in process development from multiple aspects: fluid flow and hydrodynamic behavior in stirred vessels, dispersing gas and solids, behavior of high viscosity fluids, fluid structure interactions and more. Additionally, we explain how self-learning algorithms can find the perfect operating conditions.

This webinar presents the benefits of digitalizing manufacturing operations in the Food and Beverage industry. Learn how your company can deliver more efficient manufacturing, resulting in lower costs and more flexible operations while supporting all product and customer quality requirements.

Aerospace and Defense industries are in constant transition, developing new products, embracing new technologies and materials, while still maintaining the highest levels of performance and reliability in even shorter times.

This puts high pressure on testing teams to perform the qualification tests in shorter time, providing more insights than before, and integrating better with simulation teams.

This online master class covers all aspects of vibration and acoustic qualification testing for components as well as full structures. More advanced topics like multiple axis testing and tailored testing are explained. There are also dedicated sessions on modal testing, model correlation, virtual testing and micro-vibrations.

The complexity of industrial machines rapidly increases. Complex assemblies of mechanisms, actuators and control software that need to fulfill requirements on for example weight, noise, vibrations and manufacturability. To successfully build such complex products, multi-disciplinary engineering teams must be able to quickly try out multiple design variants, in short times and with strong confidence in performance predictions.

In this webinar we will show how to boost the performance of multi-disciplinary teams with an integrated CAD/CAE environment that helps to predict mechatronic system behavior, analyze vibro-acoustic performance and unlocks the full potential of additive manufacturing to holistically optimize product performance.

Factories and plants around the world are looking at how digital transformation can help them innovate in response to changing customer demands, the adoption of new technology and global competition. This is driving demand for more intelligent, flexible, configurable and automated industrial machinery equipment. Industrial machinery companies will need to develop new design practices to keep pace with the growing complexity of these machines.