UK Innovation Conference

The world is changing fast and the challenges we face are becoming more pressing.  Engineering, innovation and understanding is needed to create solutions.  But these will be multi-faceted and in order to innovative it will be necessary to understand complex systems and manage multiple disciplines and trade-offs.  Digital collaboration and where possible more automated frameworks will be needed to accelerate the solution process.

Learn how the Ansys technical offerings and tools align to the next generation of engineering use cases and the technical tracks that will run during the afternoon sessions.

It’s never been a better time to be an Engineer.

• Digital transformation
• Sustainability
• Autonomy and electrification

Perform fluids simulations faster. Learn how leveraging the latest Ansys CFD technology you can accelerate your workflows.

• Pre-processing – Ansys latest workflow and meshing technology can reduce time and manpower need to prepare CAD for simulations

• GPU Acceleration – Ansys CFD native GPU solver technology can solve problems faster, cheaper and more efficiently

• Industrial Applications – learn how Ansys customers are using Ansys CFD technology

Orchestrate and automate your simulation toolchains and connect to state-of-the art optimization algorithms to perform parametric design studies and better understand your designs.

• Process Integration – How to bring simulation tools together in an automized workflow

• Design Optimization – How to find a robust optimized design 

• Workflow-Apps – make the workflows and design studies available for non-experts

See the Ansys tools available for each stage of the product development cycle, from exploring concept designs to the detailed assessment of production components, including the complete workflow simulation for additive printed parts.

• Rapid concept development - See how Ansys 3D Design can be used to rapidly explore concept designs 

• Product design - Hear about the enhancements to the core Mechanical product for in-depth product assessment  

• Additive manufacturing - Learn about the Ansys Additive suite for the design, manufacture and validation of printed parts

Discover the expanding capabilities of ANSYS LS-Dyna.

• Additions to core Explicit Dynamic capabilities (e.g. Crash, Drop Test)
  
• Less well known capabilities like Forming, Soil Structure interaction, Biomechanics and Solder Reflow
• Exposure of LS Dyna Capabilities in Workbench Dyna.

Improved meshing capabilities for 3D components and new workflows for layout and flex PCBs structures enable faster and more efficient analysis of increasingly complex electronic systems.

• Parallel adapt for 3D component arrays in HFSS

• Workflow for layout component in HFSS 3D

• Rigid Flex PCB workflow

Incorporate disparate existing EM design processes into a single one using coupled field/circuit solvers to explore the design space and create optimised and automated workflows to reduce time to market for your products”.

• Optimised field solvers for both simple and complex Electromagnetic designs 

• Unique coupled Field Circuit solver approach

• Start to finish automation of workflow using PyAEDT

Meet your company’s Sustainability goals by making informed materials-based decisions early in the product development process.

• Streamlined Eco-Audit – Early-stage assessment of materials substitution at the product level
  
• Simulation-led Optimization – Trade-offs between product performance and sustainability

Modeling the behavior of light enables designers to gain a deeper understanding of how their designs work and how they can be improved. Efficient and accurate modeling of light and its interaction with various materials, structures, circuits, and systems is a challenging task especially in complex multi-scale and multi-physics optical systems. Ansys Optics product portfolio is uniquely positioned to empower designers with comprehensive, interoperable, and consistent solvers and workflows needed for modeling all types of optical systems. From component design of lenses, fibers, lasers, photodetectors to the design of integrated photonic chips, camera and display systems and packaging, to complete visualization of results from a sensor or human eye perspective. Leverage the ultimate virtual prototyping experience with Ansys Optics to accelerate your design innovation and enjoy time and cost savings.

Motor designers can learn about the latest technological developments in e-machine design and simulation. Discuss motor design challenges and best practices with Ansys design experts and developers of our motor software solutions.

• See how customers have adopted multi-physics motor optimisation
• System modelling for electric motors
• Simulation solutions to advanced design challenges, such as high frequency losses and NVH