As the global shift toward automated driving (AD) continues, the future of adaptive headlights, or adaptive driving beam headlights (ADB), is quickly becoming focused.
Reliability Engineering Services (RES) delivers valuable insights to the electronics industry. From battery reliability, product design review to accelerated life testing our experts can solve your challenges.
Industry-leading computational fluid dynamics provides advanced physics modeling and accuracy. Discover how to generate a high quality mesh and workflows in this 30-minute presentation.
Building on the success of the 2023 edition, this year's event is set to be bigger and better than ever. With industry-leading keynote speakers, top plenary sessions, increased networking opportunities, and industry and application tracked sessions, join us to uncover what's possible through simulation.
Gain insight into Ansys' simulation strategy covering Structures, Fluids, Electronics, Material Intelligence, AI/ML, Digital Engineering, MBSE and more.
Hear from leading industry speakers showcasing their use of Ansys simulation.
Share experiences, knowledge, and best practices with industry peers.
Discuss your simulation challenges with Ansys experts.
Participate and engage in interactive networking opportunities.
The UK Innovation Conference aims to celebrate engineering achievements that illuminate what's possible through the use of simulation. Discover the tools to optimize processes faster, with greater efficiency. And be inspired to design, build, and work in new ways that make your breakthrough ideas reality.
Featured Speakers
Morgan Maia
Oracle Red Bull Racing
Tim Addison
UK Battery Industrialisation Centre (UKBIC)
Peter Hall
Jaguar Land Rover
Thank you to our Partners
RECEIVE UPDATES AND OFFERS FROM ANSYS AND ITS PARTNERS
This year, we have multiple sessions including a morning plenary with 2 keynote speakers, tracked industry-focused sessions - A&D, Automotive, Process Industry and Industrial Equipment, and an afternoon of tracked application-focused sessions - Structures, Fluids, Low-Frequency Electromagnetics, Optics, Explicit Dynamics, Electronics, Multiphysics Co-Simulation, and Thermal Analysis.
Check out the agenda via our event app, powered by Swapcard. Add sessions to your agenda, and create a bespoke agenda for you.
View the different sessions from the 'Track Selection' dropdown below.
Keynote - Leading the Charge with Oracle Red Bull Racing
Morgan Maia
Senior Technical Partnership Manager
Keynote - Leading the Charge with Oracle Red Bull Racing
9:40 AM - 10:00 AM GMT
Oracle Red Bull Racing's Morgan Maia explains the impact of simulation and how the team utilises simulation to create virtual prototypes that they know will perform in the real world.
Morgan Maia
Senior Technical Partnership Manager
Morgan Maia is a Technical Partnerships Manager at Oracle Red Bull Racing, one of his key responsibilities is to support the team in their marketing activations and oversee the technical partners programs.
Morgan is knowledgeable about Marketing and the technical aspects of F1 after 4 years in the industry. Having studied aerospace engineering, Morgan initially began his career as a Race Engineer to migrate to Marketing and Partnership Management. This transition allowed him to apply his technical expertise in a broader context and gain a deeper understanding of the business side of the Motorsports industry.
“My passion for the sport and appreciation for the technical ecosystem allows me to support meaningful partnerships that contribute to the team's success.”
10:00 AM - 10:20 AM
10:00 AM - 10:20 AM
Keynote - Battery Industrialisation: Mitigating Risks in Battery Manufacturing
Timothy Addison
Head of Digital Manufacturing Strategy Implementation
Keynote - Battery Industrialisation: Mitigating Risks in Battery Manufacturing
10:00 AM - 10:20 AM GMT
The success of battery technology in the market hinges on its performance and ease of manufacturing. The United Kingdom Battery Industrialisation Centre (UKBIC) plays a crucial role in assisting clients to navigate the complexities associated with ramping up battery production. Given the inherent high costs of manufacturing cells at pre-gigafactory scales, it is imperative to ensure a high likelihood of success before proceeding with production initiatives. This presentation investigates the challenges of validating the market readiness of advanced battery technologies and demonstrates how the application of Ansys tools and solvers can significantly reduce uncertainties. By leveraging these sophisticated tools, companies can enhance their chances of success in the expensive journey of industrialisation, ensuring that investments are made wisely and efficiently.
Timothy Addison
Head of Digital Manufacturing Strategy Implementation
Timothy Addison is a Chartered Chemical Engineer, with an extensive experience in product formulation and process scale-up. He has a proven track record of leading digital transformation initiatives within the manufacturing sector. As the recently appointed Head of Digital at the UK Battery Industrialisation Centre (UKBIC), he will be instrumental in implementing innovative digital strategies to streamline production processes and enhance operational efficiency. With significant experience at major corporations such as Johnson Matthey and Procter & Gamble, Timothy has cultivated a deep expertise in scaling up complex chemical processes and integrating advanced technologies across various platforms. His work encompasses a wide range of technical proficiencies, including cloud computing, machine learning, and automation engineering.
10:20 AM - 10:40 AM
10:20 AM - 10:40 AM
Simulate, Innovate, Accelerate: Digital Engineering Unleashed
Will Marsden
EMEA Field Chief Technologist, Digital Engineering
Simulate, Innovate, Accelerate: Digital Engineering Unleashed
10:20 AM - 10:40 AM GMT
Accelerating product complexity, driven by more deeply embedded electronics and software, is requiring engineering businesses to evolve at a new pace in a software-defined world. Digital engineering supports the development of more complex products, systems, and sub-systems with a focus on collaboration. Bringing together the entire engineering process by connecting various disciplines with the right technologies and infrastructure.Ansys is uniquely positioned to integrate best-in-class simulation into digital models to represent complex hardware, software, and electronics design at different stages of the product lifecycle. Using an open model-based systems engineering framework to capture and connect models and their associated data into a digital thread from requirements to retirement. This connects previously separated tools and domains to use simulation and model-based engineering [or design] to help solve increasing system complexity.Transformation through digital engineering brings the potential for disruptive innovation. It brings the flexibility to evolve at the pace of technology, building agility into your design process where engineers have what they need to innovate in a faster, more scalable way. If the system can be designed as a whole, early in development, design issues can be quickly understood and fixed. This helps to mitigate the end-to-end development risk whilst reducing time-to-market and overall program cost with a view to making the enterprise more competitive.
Will Marsden
EMEA Field Chief Technologist, Digital Engineering
Will Marsden is the EMEA Field Chief Technologist for all Ansys technologies in EMEA, with a special interest in Digital Engineering and Sustainability. This role is principally aligned with understanding how to combine data and simulation with other advanced technologies to drive critical decisions earlier in the product life cycle. With a PhD in fracture mechanics and decades of professional experience in aerospace, defence and other heavily regulated industries, Will has domain expertise in long term engineering information management infrastructure and has lead teams covering model based systems engineering, materials, AIML, optimisation and reduced order modelling.
10:40 AM - 11:00 AM
10:40 AM - 11:00 AM
Leveraging AI/ML for Engineering Simulation
Illya Tolchinsky
Lead Product Manager
Leveraging AI/ML for Engineering Simulation
10:40 AM - 11:00 AM GMT
At Ansys, we are revolutionizing engineering simulation with the power of Artificial Intelligence. Our AI-augmented simulation technology is a game-changer, bringing unprecedented speed, innovation, and accessibility to the engineering world. With Ansys AI, we enable product engineers to leverage their previous simulation and measurement data to reliably assess the performance of new designs in minutes instead of hours. We are not just accelerating simulations but transforming how engineers work, making simulation simple, natural, and accessible.First, we’ll introduce Ansys SimAI, a machine learning platform for engineers who must rapidly explore and predict the performance of new concepts across design phases. SimAI provides reliable and fast results, accessible through user-friendly cloud-native application, targeting a broad engineering audience that includes all simulation engineers and designers.Second, we’ll showcase the AnsysGPT chatbot, which re-imagines the user and support experience through simple, natural language interaction. Finally, we’ll demonstrate how Ansys AI+ add-ons augment the product capabilities across the Ansys collection, starting with optiSLang AI+, Granta MI AI+ and CFD AI+.
Illya Tolchinsky
Lead Product Manager
Ilya Tolchinsky has been fascinated with applying optimization techniques to multidisciplinary engineering problems since graduating. He started his career as an Aerodynamicist working for Rolls-Royce Engines, where he learned engineering design using traditional methods, before working for Ansys developing his professional-level software engineering skills. He then worked as a consultant, helping to create various engineering tools primarily in the aerospace sector for companies such as Airbus and Rolls-Royce. For the last nine years, he has been working as a Lead Application Engineer for Phoenix Integration (acquired by Ansys in 2021) and is responsible for the company’s European activities. In this role he helps clients from top engineering firms realize the benefits of applying process integration and design optimization methodology within an MBSE context. Ilya holds a Master of Science degree in aeronautics and astronautics from Stanford University.
11:00 AM - 11:40 AM
11:00 AM - 11:40 AM
MORNING BREAK & EXHIBITION
MORNING BREAK & EXHIBITION
11:00 AM - 11:40 AM GMT
11:40 AM - 12:40 PM
11:40 AM - 12:40 PM
Transforming and Staying Ahead of The Threat: Solving The Challenges in Aerospace and Defense with Ansys Solutions
Mike Slack
Senior Technical Account Manager
Transforming and Staying Ahead of The Threat: Solving The Challenges in Aerospace and Defense with Ansys Solutions
11:40 AM - 12:40 PM GMT
There are clear and present dangers facing our society, climate change and the changing levels of threat that exist around the globe are bringing with them significant levels of societal insecurity that could change our lives. Securing sustainable energy sources, maintaining affordable mobility, while ensuring our defence technology is the best to discourage bad actors needs to be our focus. Time is key and evolving the new technology needed will require new engineering methods. This presentation explains some of the ways that Ansys is working with and addressing the needs of this sector.
Mike Slack
Senior Technical Account Manager
Dr Mike Slack is senior technical account manager for Aerospace & Defense. He represents and manages the technical activities for two of our largest customers across the full portfolio of Ansys products. He has two degrees. His first in mechanical engineering before specialising in fluid flow modelling of secondary steel making and obtaining a PhD from the Materials Department of Newcastle University, UK. He joined Fluent in1997 which was acquired by Ansys in 2006.
11:40 AM - 12:40 PM
11:40 AM - 12:40 PM
Driving Innovation: How Simulation is Solving Automotive and Ground Transportation Challenges
Andrew Dimelow
Technical Account Manager
Driving Innovation: How Simulation is Solving Automotive and Ground Transportation Challenges
11:40 AM - 12:40 PM GMT
The automotive industry is facing increasing challenges with evolving market trends and profitability pressures. This presentation gives an overview of how Ansys simulation tools are meeting these complex challenges with innovative solutions to accelerate development, drive down costs and achieve sustainability targets
Andrew Dimelow
Technical Account Manager
Andrew Dimelow is a Technical Account Manager at Ansys supporting Automotive OEMs and Tier 1 suppliers in the adoption of Ansys technology. With a background in fluid dynamics, Andrew has a wealth of experience applying simulation across a range of applications and prior to joining Ansys was a Principal Engineer at Cummins Turbo Technologies. Outside of work, Andrew is a keen trail runner.
11:40 AM - 12:40 PM
11:40 AM - 12:40 PM
Innovations in Engineering Simulation: Empowering Process Industries with Ansys Software Solutions
Tomasz Stelmach
Lead Application Engineer
Innovations in Engineering Simulation: Empowering Process Industries with Ansys Software Solutions
11:40 AM - 12:40 PM GMT
This presentation delves into the cutting-edge advancements in Ansys simulation software, specifically tailored to address the complex challenges within the Process Industry. Focusing on the unique capabilities of Ansys, the session will explore how it revolutionizes the simulation landscape for process engineering. Attendees will gain insights into the state-of-the-art features, real-world applications, and the transformative impact of Ansys in optimizing processes, enhancing efficiency, and ensuring operational excellence within the dynamic realm of the Process Industry. Join us to unravel the future of simulation-driven solutions and discover how Ansys empowers engineers to navigate and innovate in this evolving industrial landscape.
Tomasz Stelmach
Lead Application Engineer
Tomasz Stelmach is a highly skilled CFD Engineer and Multiphysics Simulation Specialist with 15 years’ experience in the industry. Tomasz's expertise spans a wide range of industries, including aerospace, automotive, energy, and medical devices. He has worked on complex simulation projects that have involved fluid flow, heat transfer, combustion, and structural mechanics. With a passion for computational fluid dynamics and a deep understanding of the Ansys software suite, Tomasz has become a trusted expert in the field of numerical simulation.
11:40 AM - 12:40 PM
11:40 AM - 12:40 PM
Revolutionizing Industrial Equipment and Energy: Empowering Digital Engineering through Advanced Simulation Technologies
Rob Winstanley
Senior Application Engineering Manager
Revolutionizing Industrial Equipment and Energy: Empowering Digital Engineering through Advanced Simulation Technologies
11:40 AM - 12:40 PM GMT
In today's rapidly evolving industrial landscape, the convergence of digital technologies with traditional engineering practices has become paramount for staying competitive. As global trends continue to push towards sustainability, efficiency, and innovation. The advent of digital engineering, companies can now leverage advanced simulation technologies to simulate real-world scenarios accurately and enable engineers to iterate on designs rapidly, identify potential issues early in the development cycle, and optimize product performance without the need for physical prototypes.In this session, you will learn about digital engineering, pervasive simulation to scale your engineering workflows for everyone across enterprise and compress your customer response and design cycle times leveraging simulation at various stages of design development cycle. Also, how the Hybrid power of simulation and AI to include the integration of AI algorithms into simulation workflows, enabling autonomous optimization and predictive analytics. The revolutionization of industrial equipment and energy verticals through advanced simulation technologies represents a paradigm shift in how products are designed, developed, and brought to market.
Rob Winstanley
Senior Application Engineering Manager
Rob Winstanley is a Chartered Engineer and Fellow of the Institute of Mechanical Engineers with more than 20 years of experience working in design, analysis, and testing for a variety of industries, including nuclear safety, oil & gas, renewable energy, turbomachinery, aero-acoustics, automotive powertrain, and aerodynamics. He has considerable experience in the simulation and modelling of components and systems using both CFD and finite element methods. He is currently responsible for leading Ansys’ advanced technologies in pre-processing and GPU solutions for aerodynamics in EMEA.
12:40 PM - 1:40 PM
12:40 PM - 1:40 PM
LUNCH & EXHIBITION
LUNCH & EXHIBITION
12:40 PM - 1:40 PM GMT
1:40 PM - 2:10 PM
1:40 PM - 2:10 PM
Unveiling the Future: Ansys Structures/Mechanical
Mark Leddin
Senior Application Engineering Manager
Unveiling the Future: Ansys Structures/Mechanical
1:40 PM - 2:10 PM GMT
This presentation will provide a top-level overview of Ansys Mechanical where we will explore multiple applications across various products in the suite, spanning diverse industries.
Mark Leddin
Senior Application Engineering Manager
1:40 PM - 2:10 PM
1:40 PM - 2:10 PM
CFD-DEM Coupled Simulation of Hair Flow Inside a Cyclonic Device
Marina Sousani
Senior Application Engineer
CFD-DEM Coupled Simulation of Hair Flow Inside a Cyclonic Device
1:40 PM - 2:10 PM GMT
This topic is presenting the coupling between CFD and DEM approaches for modeling pet hair flow inside vacuum cleaners. The computational model follows a verification process to ensure that it accurately represents the real-world scenario. The resulting model is then used to evaluate geometric design variation for performance improvement as well as cost reduction that comes from new prototypes and experimental testing.
Marina Sousani
Senior Application Engineer
Dr Marina Sousani holds a BSc & MEng degrees in Civil & Structural Engineering and a PhD in Geoscience using Discrete Element Modelling (DEM). Marina is a senior Research and Development Engineer at Ansys and has over 7 years’ experience modelling granular material using DEM and various experimental methods. She joined the Ansys Rocky team in 2023 and is part of the ACE team.
1:40 PM - 2:10 PM
1:40 PM - 2:10 PM
Tackling Electro-Mechanical and Magnetic Engineering Challenges with Simulation
Akeel Auckloo
Senior Application Engineering Manager
Tackling Electro-Mechanical and Magnetic Engineering Challenges with Simulation
1:40 PM - 2:10 PM GMT
Electromagnetic devices use complex geometries that cannot be easily modeled using closed-form equations. It is difficult to predict and visualize the behavior of physics in a device, such as magnetic fields and vectors, saturation, and losses. It can be challenging to have insight into how the devices behave and into how the devices can be improved. Moreover, it is critical to be able to assess how changes in materials, geometry, coil design, or controls may impact the performance of any electromagnetic device. Engineers are being challenged to make devices that perform better at a low cost. With the drive to be less dependent on fossil fuel, we found ourselves focused on electrification of daily items to industrial machinery. In the presentation, we will look at how we can perform simulation of electromagnetic devices such as Electric Machines, Transformers, among others.
Akeel Auckloo
Senior Application Engineering Manager
Akeel is a Senior Application Engineering Manager at Ansys in EMEA. His team focuses on electric machine design and simulation and is currently leading a few EV projects with industry in EMEA and NA. He has an interest in the design and simulation of complete powertrains.
1:40 PM - 2:10 PM
1:40 PM - 2:10 PM
Bridging The Gap in Hybrid-Scale Optics to Enable Innovation
Chris Normanshire
Lead Application Engineer
Bridging The Gap in Hybrid-Scale Optics to Enable Innovation
1:40 PM - 2:10 PM GMT
Optical technologies such as AR/VR, CMOS image sensor cameras, LiDAR, and displays are advancing rapidly by integrating nano-scale and macro-scale optics. These new innovations require a holistic approach to achieve optimal performance and design efficiency. By combining the accurate models of surfaces and sources from Lumerical with the powerful ray-tracing simulations in Zemax and Speos, that account for the system and environments, products can be designed faster and with greater confidence. In this presentation, we will demonstrate how the interoperability of Ansys Optics tools enables new opportunities for innovation.
Chris Normanshire
Lead Application Engineer
Chris Normanshire is a Lead Application Engineer in the Optics team at Ansys and has spent the past 12 years working with Optical Simulation and Design software. He has a bachelor’s degree in physics from the University of Manchester and a master’s degree in Optics and Photonics from Imperial College London. Currently, his is focused on supporting customers to extend the scope of what they can simulate by combining optics with other physics, such as structural and thermal analyses, and computational fluid dynamics. Chris has trained hundreds of engineers in the use of Ansys Zemax OpticStudio as well as presenting webinar sand publishing knowledgebase articles on a range of topics.
2:10 PM - 2:30 PM
2:10 PM - 2:30 PM
Structural Analysis of a 100-Ton Subsea Pipeline Lifting Tool
Filip Rozic
FEA engineer
Structural Analysis of a 100-Ton Subsea Pipeline Lifting Tool
2:10 PM - 2:30 PM GMT
Connector Subsea Solutions subsea pipeline lifting tool, meticulously analyzed and optimized using Ansys software demonstrates robustness in carrying a remarkable 100-ton capacity. FEA model accounts for intricate features, including welds and bolts with defined frictional interactions for each component. Additional numerical complexity is that the tool allows rotational and translational motion of the gripper housing which necessities the usage of Ansys High-Performance Computing (HPC). The study ensures safe and efficient lifting operations, considering factors like subsea environment and soil interaction. The results validate the tool’s reliability, positioning it as a vital asset for offshore installations and operations.
Filip Rozic
FEA engineer
Filip Rožić, an FEA engineer with over 10 years of experience in offshore and marine industry, specialized in tackling subsea challenges at Connector Subsea Solutions. Passionate about finite element analysis and committed to delivering excellent and reliable analyses.
2:10 PM - 2:30 PM
2:10 PM - 2:30 PM
Cycling Aerodynamics: From Scientific Research to Product Development & Competitive Advantages
Bert Blocken
Professor of Mechanical Engineering
Cycling Aerodynamics: From Scientific Research to Product Development & Competitive Advantages
2:10 PM - 2:30 PM GMT
This presentation shows how scientific research has been engaged to support the development of cycling products and contributed to important victories. The cycling products are helmets, speed gel and the chest fairing. The victories are Olympic Medals and the Yellow Jersey in the Tour de France. The research was mainly based on wind tunnel tests and computer simulations with Ansys Fluent. These three products were chosen because they have a fascinating and very different history, and result from a different interaction between scientific research and product development. The victories represent the highest successes that can be achieved in professional cycling.
Bert Blocken
Professor of Mechanical Engineering
Professor Bert Blocken holds a PhD in Civil Engineering / Building Physics from KU Leuven in Belgium. He is Full Professor of Mechanical Engineering (specialty Aerodynamics) at Heriot-Watt University in Scotland, the United Kingdom, and part-time Full Professor of Civil Engineering (specialty CFD in the Built Environment) at KU Leuven in Belgium. His main areas of expertise are urban physics, city and building aerodynamics and sports aerodynamics. He was ranked a highly cited scientist by Clarivate Analytics from 2018 until now and was listed as one of 15 engineers world-wide "who mattered in 2020" by Engineering.com for his pioneering work in cycling aerodynamics and COVID-19.
2:10 PM - 2:30 PM
2:10 PM - 2:30 PM
Developing Electromagnetic Engineering Simulation Capability for the Nuclear Fusion Industry
Jonathan Horne-Jones
Engineer
Developing Electromagnetic Engineering Simulation Capability for the Nuclear Fusion Industry
2:10 PM - 2:30 PM GMT
Energy production by nuclear fusion has long been a topic of scientific research, but in recent years the focus has shifted towards the development of commercially viable prototype power plants. Safe and efficient fusion engineering and design has therefore become increasingly important. The larger, more powerful, commercial devices will experience design driving electromagnetic loads, resulting in stringent requirements on simulation accuracy and reliability. Electromagnetic simulation codes such as Ansys Maxwell will play a crucial role in supporting design efforts. However, existing commercial codes have so far been developed with a focus on other technical areas, such as electric machines, transformers, electric motors, etc. Further development and novel ways of using these codes are therefore required to ensure their suitability to support the fusion industry and its unique electromagnetic environments. In this presentation, we give an overview of the key challenges relating to electromagnetic engineering in the emerging nuclear fusion industry, alongside some examples of how we they are addressing them using Ansys Maxwell. We also highlight areas for development of electromagnetic simulation codes such as Ansys Maxwell that would benefit the nuclear fusion industry, and discuss opportunities for organisations to collaborate with us and thus grow their capability in this area in preparation to support the nuclear fusion industry of the future.
Jonathan Horne-Jones
Engineer
2:10 PM - 2:30 PM
2:10 PM - 2:30 PM
Ansys Optics for Automotive Interior Lighting
Peter Hall
Chapter Lead - Lighting Optical and Mechanical
Ansys Optics for Automotive Interior Lighting
2:10 PM - 2:30 PM GMT
Jaguar Land Rover are known for producing compelling and emotionally engaging vehicles. Our Lighting Team creates and delivers exterior and interior solutions for our much-loved British marques: Range Rover, Defender, Discovery, and Jaguar.Since 2014, JLR has employed Speos for lighting component design and validation. Our team creates virtual prototypes of increasing detail, from checking simple component performance through to simulating how our customers will experience our entire interior illumination system, including all our light sources. In common with many of our CAE solutions, Speos is fully integrated into our HPC platforms. Ansys VR tools and animation tools allow us to match our lighting with the creative vision and character of each vehicle. In this conference Peter will present some of the simulation work for interior lighting, including ambient and task related component design, display legibility, VR Studio reviews and VRED animation.
Peter Hall
Chapter Lead - Lighting Optical and Mechanical
Peter Hall is Chapter Lead - Lighting Optical and Mechanical at Jaguar Land Rover. With more than 20 years of experience in functional and aesthetic product creation for Automotive OEMs and Tier 1 suppliers, he leads a global team of optical designers and mechanical integration specialists.
2:30 PM - 2:50 PM
2:30 PM - 2:50 PM
Whole Life Durability Assessment of A Spring-Loaded Latch
Balazs Novak
Senior FEA Engineer
Whole Life Durability Assessment of A Spring-Loaded Latch
2:30 PM - 2:50 PM GMT
During the endurance test of a medium voltage circuit breaker driving mechanism, we observed a catastrophic failure of the closing spring catch lever. The catch lever fractured after approximately 7500 close and release operations. Our objective was to determine the durability of the fractured component by Ansys calculations and to compare two geometry variations. First, we calculated the stresses generated in the closing spring catch shaft, then we used Ansys fatigue capabilities to assess the number of cycles to crack initiation, crack location and orientation. Finally, we used Ansys SMART fracture capabilities to determine the number of cycles to reach a critical crack length. The total life, or number of cycles to failure, was the sum of the fatigue and fracture cycles.
Balazs Novak
Senior FEA Engineer
2:30 PM - 2:50 PM
2:30 PM - 2:50 PM
Simulating A Low NOx Burner with Ansys Fluent
Andrew Hobbs
Head of Simulation
Simulating A Low NOx Burner with Ansys Fluent
2:30 PM - 2:50 PM GMT
Reducing emissions is a priority for most combustion applications. ANSYS Fluent was used to model a natural gas burner used in commercial boiler applications. Eddy dissipation concept was used with an 82 reaction chemistry model for turbulent combustion. Inputs were calibrated against experimental measurements to obtain predicted NOx within 10% of the experiment for a baseline case. These inputs where then used to compare the performance of different design variations and boiler diameters, and finally to scale the burner to a larger capacity. Optimal conditions were found to reduce NOx up to 47% demonstrating the value of simulation to guide design improvements.
Andrew Hobbs
Head of Simulation
Andrew Hobbs is the Head of Simulation at Astec Industries where he leads a team of simulation experts performing CFD, FEA, and DEM to support engineering teams across Astec’s varied product line. He holds undergraduate and graduate degrees in Mechanical Engineering from the Georgia Institute of Technology and a PhD from the University of Edinburgh. Andrew lives in Sheffield with his wife, two children, and their golden retriever.
2:30 PM - 2:50 PM
2:30 PM - 2:50 PM
Advancements in Electric Machine Simulation with Ansys Motor-CAD & Ansys Maxwell
Jack Beane
Application Engineer
Advancements in Electric Machine Simulation with Ansys Motor-CAD & Ansys Maxwell
2:30 PM - 2:50 PM GMT
Ansys provides Electric Machine simulation capability from early concept design to detailed analysis. Geometry templates within Ansys Motor-CAD are a powerful tool for early concept design, providing easy-to-use and robust parameterizations to accelerate exploration of the electric machine design space. The new Adaptive Geometry Templates are the next evolution of this feature. Through the combination of a new user interface and new Python commands, these tools enable easy and extensive customization of the electric machine geometry. By adapting the template itself, the freedom to alter the design combines with the intrinsic benefits, features, and analysis of the base Motor-CAD geometry templates. This parameterised custom geometry can be exported to other Ansys tools such as optiSLang for advance analysis.
Jack Beane
Application Engineer
Jack Beane holds a PhD in Physics from the University of Liverpool. In 2021 he joined Ansys (then MDL) as an Application Engineer working on the multi-physics of Electric Machines. Jack focuses on Automated Workflows with Motor-CAD, as well as Optimisation and Thermal Modelling of Electric Machines
2:30 PM - 2:50 PM
2:30 PM - 2:50 PM
Mode-Match Tolerancing in NPL Reference Cavities Using Zemax OpticStudio
Matthew Stewart
Principal Optical Engineer
Mode-Match Tolerancing in NPL Reference Cavities Using Zemax OpticStudio
2:30 PM - 2:50 PM GMT
Optical cavities play a crucial role in various fields such as frequency stabilised laser systems, interferometry and atomic clocks. Achieving optimal mode matching of injected beams is a key performance criteria. In this presentation a method of leveraging OpticStudio to optimise source beam definitions is described. Additionally, mode-match tolerancing data is generated for coupling efficiency performance evaluation in field and space applications.
Matthew Stewart
Principal Optical Engineer
Matthew Stewart is a Principal Optical Engineer at the National Physical Laboratory (NPL). Matthew began his career in the semiconductor industry, developing bespoke instrumentation for III-N characterisation. He then moved into design for manufacture of optical instruments for surface inspection before transitioning to NPL where he works on a wide variety of systems including radiometry, imaging and interferometry, applied to primary reference standards and other high performance optical instrumentation.
2:50 PM - 3:30 PM
2:50 PM - 3:30 PM
AFTERNOON BREAK & EXHIBITION
AFTERNOON BREAK & EXHIBITION
2:50 PM - 3:30 PM GMT
3:30 PM - 4:00 PM
3:30 PM - 4:00 PM
Evaluating The Blast Resistance of A Laminated Glass Façade Using Ansys LS-DYNA
Mike Magnier
Lead Application Engineer
Evaluating The Blast Resistance of A Laminated Glass Façade Using Ansys LS-DYNA
3:30 PM - 4:00 PM GMT
Laminated glass is commonly used for blast-resistant applications due to favourable characteristics such as fragment retention and high energy absorption. However, its dynamic response to explosive forces can be difficult to calculate, limiting the ability of engineers to design effective and efficient structures. This study demonstrates how to evaluate the blast resistance of a laminated glass façade using Ansys LS-DYNA. A model for laminated glass is introduced, utilizing the *MAT_GLASS keyword. The model is calibrated to experimental data via a parameter identification study within Ansys Workbench. The influence of key parameters, including mesh size, is explored. Finally, the glass model is incorporated into a realistic curtain wall structure, where practical insights are provided on the different methods of applying blast loading.
Mike Magnier
Lead Application Engineer
Mike Magnier is a Lead Application Engineer within the LS-DYNA SME team, based in Bristol, UK. He recently joined Ansys after a decade in consultancy, where he put LS-DYNA to work on a broad range of problems. His experience spans the automotive, built environment and aerospace and defence sectors, and he has a strong interest in automation and optimisation.
3:30 PM - 4:00 PM
3:30 PM - 4:00 PM
Ansys Electronics Solution Overview on High Frequency Applications
Mina Panahi
Senior Application Engineer
Ansys Electronics Solution Overview on High Frequency Applications
3:30 PM - 4:00 PM GMT
This session provides an overview of the design of high frequency applications using the most recent capabilities in HFSS. This includes the introduction of the ground-breaking Mesh Fusion technology that facilitates simulation of large and complex systems with the gold standard accuracy and reliability of HFSS. This cutting-edge technology allows designers to solve the most challenging electromagnetic designs including system level EMI/EMC, antennas on platform, PCBs, IC packaging along with any other RF systems
Mina Panahi
Senior Application Engineer
Mina Panahi is a Senior Application Engineer who has been at Ansys for over 3 years. Here focus is on high frequency applications which includes RF and Microwave Front End Systems, Low Noise Amplifiers, Antennas, Active and passive components.
3:30 PM - 4:00 PM
3:30 PM - 4:00 PM
Ansys Multiphysics for Real-World Applications
Tomasz Stelmach
Lead Application Engineer
Ansys Multiphysics for Real-World Applications
3:30 PM - 4:00 PM GMT
This presentation will explore the realm of co-simulation with Ansys software, delving into its application for enhanced engineering analyses. Discover how the integration of multiple simulation tools elevates accuracy and efficiency, unlocking new insights and solutions across diverse engineering disciplines
Tomasz Stelmach
Lead Application Engineer
Tomasz Stelmach is a highly skilled CFD Engineer and Multiphysics Simulation Specialist with 15 years’ experience in the industry. Tomasz's expertise spans a wide range of industries, including aerospace, automotive, energy, and medical devices. He has worked on complex simulation projects that have involved fluid flow, heat transfer, combustion, and structural mechanics. With a passion for computational fluid dynamics and a deep understanding of the Ansys software suite, Tomasz has become a trusted expert in the field of numerical simulation.
3:30 PM - 4:00 PM
3:30 PM - 4:00 PM
Ansys Thermal Simulation Solutions
Doug Bell
Lead Application Engineer
Ansys Thermal Simulation Solutions
3:30 PM - 4:00 PM GMT
Ansys Thermal Desktop, Fluent, and Ansys Mechanical are some of the thermal simulation solutions within the Ansys portfolio. This presentation will discuss where these tools fit in the product lifecycle and how they can be used together to improve the efficiency of your simulations.
Doug Bell
Lead Application Engineer
Doug Bell has been involved in heat transfer and fluid flow since 1993 and has been using Thermal Desktop since 2000. With a BS degree in Aerospace Engineering from North Carolina State University, Doug has worked for Ansys (formerly CRTech) since 2006 and previously worked for NASA and Lockheed Martin. He has performed thermal or fluid analyses on: stratospheric airships and research balloons and their flight control electronics; the thermal protection systems of X-33 and hypersonic vehicles; launch control electronics for missile launchers; missile storage containers and launch tubes; boilers; and on-orbit spacecraft.
4:00 PM - 4:20 PM
4:00 PM - 4:20 PM
Run-Time Improvement of Off-Road Crash Load Cases by MPP Decomposition in Ansys LS-DYNA
Reza Malekimoghadam
D&R CAE Engineer
Run-Time Improvement of Off-Road Crash Load Cases by MPP Decomposition in Ansys LS-DYNA
4:00 PM - 4:20 PM GMT
Diminishing CAE run-time is one of the most crucial issues in finite element analysis. However, the accuracy yet needs to be in the utmost level, and the validity of the simulation must be retained during this process. Hence, our work aims to scrutinise the influence of MPP decomposition on the analysis run-time of off-road crash load cases, including Sand Dune Impact (SDI) and Block Strike (BS), through LS-DYNA. To this end, the decomposition process is carried out on three different vehicle models of JLR products. At the first stage, the study is conducted to determine an appropriate direction of decomposition with respect to the load direction, and the results are assessed in terms of various criteria encompassing total run-time, HPC cores loads, contact force, and plastic strain. At the next step, the sensitivity analysis of the foregoing criteria is implemented with respect to the ‘Y’ value in *MPP_DECOMPOSITION_TRANSFORMATION. Ultimately, a concise investigation is performed on barrier/ SPH decomposition. The results reveal a considerable reduction in simulation run-time for both SDI and BS load cases without decreasing the accuracy of the crash models.
Reza Malekimoghadam
D&R CAE Engineer
Reza Malekimoghadam is a D&R CAE Engineer at Jaguar Land Rover (JLR), working in the Durability and Robustness CAE team, based in Gaydon, UK. He has a Ph.D. degree in Aerospace Engineering from the Polytechnic University of Turin. He works on the off-road crash load cases through Ansys LS-DYNA. His experience spans the aerospace, automotive, and home appliance sectors. He has tremendous enthusiasm for the structural analysis of advanced hybrid composite structures.
4:00 PM - 4:20 PM
4:00 PM - 4:20 PM
EMA3D Tools for Electromagnetic Survivability Assessment
Nicola Masters
Senior Product Sales Manager
EMA3D Tools for Electromagnetic Survivability Assessment
4:00 PM - 4:20 PM GMT
Survivability that is an important characteristic and requirement of any system that must survive in a critical environment, becomes vital, when applied to electromagnetic threats.This presentation will present how EMC Plus and CHARGE Plus are used by our Customers to ensure that their systems can support hazards such as lightning, hirf, EMP, and spacecraft charging.
Nicola Masters
Senior Product Sales Manager
After completing an Electrical and Electronic Engineering degree at Manchester University and a year backpacking around Australia, Nicola Masters started her career focusing on DSP Hardware and Analogue to Digital Converters. After being lucky enough to work with some of the first video conferencing systems and high-end DSP processing applications, she made the switch to software.
Since then, simulation has been a mainstay of her career. Working with organisations across many verticals, including Aerospace and Defence, Automotive, Medical and Consumer Electronics, and more recently, adding Renewable Energy to the customers she has worked with.
She joined Ansys in 2022 which has allowed her to combine her years of knowledge in supporting customers across the design life cycle to focus on specific solutions to help with early design decisions.
EMC Plus and Charge Plus take Nicola back to the beginning, focusing once more on electronics and specifically Electromagnetic Compatibility and Electrostatic Discharge.
4:00 PM - 4:20 PM
4:00 PM - 4:20 PM
Understanding The Optical Effects of Atmosphere and Turbulent Flow on Airborne Laser Communication or Imaging Systems
Flurin Herren
Senior Application Engineer
Understanding The Optical Effects of Atmosphere and Turbulent Flow on Airborne Laser Communication or Imaging Systems
4:00 PM - 4:20 PM GMT
There are some systems that have been traditionally regarded as too complex for simulation, this mindset results in expensive protypes to conduct build and break scenarios. One example is analysis of the impact of turbulent airflow on airborne electro-optic infrared and laser communication systems. This presentation demonstrates that not only is simulation possible with a complex multi-physics problem, but it is accurate, while providing significant time and cost savings when compared to alternative methods. Advanced multi-physics simulations, combining computational fluid dynamics, finite element analysis, and optics modeling, enable designers to predict performance and mitigate potential failures. When conducted early in the design and development phases this can reduce the number of prototypes created, the number of test flights required. Simulation can provide early insights and cost savings.
Flurin Herren
Senior Application Engineer
Flurin Herren is a Senior Application Engineer on the Ansys Optics ACE Team in Europe. Since he joined in early 2021, he has focused on helping customer with Ansys Zemax OpticStudio, bringing the STAR Module to market, delivering webinar and online trainings to the Ansys E learning platforms, and working on the interoperability of OpticStudio with a vast variety of other Ansys and Non-Ansys Products such as Creo Parametric, Ansys Mechanical and Ansys Speos.
4:00 PM - 4:20 PM
4:00 PM - 4:20 PM
Coupled Field Simulations for Heat Sealing Flexible Packaging
Sunil Rana
Associate Principal Engineer
Coupled Field Simulations for Heat Sealing Flexible Packaging
4:00 PM - 4:20 PM GMT
Heat sealing of flexible packaging is widely used in the industry for creating primary packaging of products. The industries span from FMCG to Food & Drinks to Pharmaceuticals and beyond. Primary packaging is instrumental in defining the shelf-life of a product. It is also important for marketing and branding, product containment (especially for fluids, powders and granular solids) and regulatory compliance. Optimising the heat seal process is, therefore, of utmost importance in the packaging sector.Mondelez International has leveraged Ansys tools for creating coupled-field simulations for heat sealing of flexible packaging materials. In this presentation, the use of these simulations for optimising heat sealing of Oreo packaging materials will be showcased.
Sunil Rana
Associate Principal Engineer
4:20 PM - 4:40 PM
4:20 PM - 4:40 PM
Finite Element Modelling of Sporting Impacts
Tom Allen
Reader in Mechanical Engineering
Finite Element Modelling of Sporting Impacts
4:20 PM - 4:40 PM GMT
Dr Tom Allen will give an overview of his work using explicit dynamic finite element modelling software (Ansys/LS-Dyna) to simulate sporting impacts. Various examples will be showcased from sports like tennis, golf, and snowboarding. These examples will cover performance, perception, and injury risk reduction. The main part of the talk will focus on Tom’s work in collaboration with World Rugby. This will be in relation to their regulations for padded clothing. He will showcase work on the development and modelling of a shoulder surrogate, incorporating a soft tissue simulant, for predicting how well padded clothing can prevent injuries such as cuts and abrasions. This work includes the application of damage modelling techniques to prediction the onset of damage to the soft tissue simulant from a stud impact.
Tom Allen
Reader in Mechanical Engineering
Dr Tom Allen is a Reader in Mechanical Engineering at Manchester Metropolitan University. He specialises in Sports Engineering, with a focus on sporting injury risk reduction. Tom is a Chartered Engineer and a Fellow of the Institution of Mechanical Engineers (IMechE). He holds various external positions, including Editor-in-Chief of Sports Engineering, Chair of the IMechE Sports Engineering group, Vice-President of the International Society for Snowsports Safety (ISSS) and Deputy-Chair of the British Standards Institution (BSI) committee Protective Equipment for Sports Players. Tom advocates inclusivity in sport and recently co-authored an IMechE policy report on sports engineering, outlining recommendations for the development of inclusive and sustainable sports technology. His media appearances for sport and health span TV, radio, online and print, including the BBC, Sky News, the Guardian, and the Telegraph.
4:20 PM - 4:40 PM
4:20 PM - 4:40 PM
Ansys Solutions for PCB SI/PI, Thermal, Mechanical and Reliability Simulation
Mina Panahi
Senior Application Engineer
Ansys Solutions for PCB SI/PI, Thermal, Mechanical and Reliability Simulation
4:20 PM - 4:40 PM GMT
This presentation provides an overview of the design of high frequency applications using the most recent capabilities in HFSS. This includes the introduction of the ground-breaking Mesh Fusion technology that facilitates simulation of large and complex systems with the gold standard accuracy and reliability of HFSS. This cutting-edge technology allows designers to solve the most challenging electromagnetic designs including system level EMI/EMC, antennas on platform, PCBs, IC packaging along with any other RF systems.
Mina Panahi
Senior Application Engineer
Mina Panahi is a Senior Application Engineer who has been at Ansys for over 3 years. Here focus is on high frequency applications which includes RF and Microwave Front End Systems, Low Noise Amplifiers, Antennas, Active and passive components.
4:20 PM - 4:40 PM
4:20 PM - 4:40 PM
Development of Modular Floating Solar Panel Array
Dan Page
Director
Development of Modular Floating Solar Panel Array
4:20 PM - 4:40 PM GMT
Connectum, a producer of unique, universal, and circular products was looking to re-design the flotation systems of their ClicFloat solar panels to make them more sustainable, both environmentally and economically. After developing an initial prototype, they turned to engineering consultancy Vectayn to progress and validate their designs prior to manufacturing using Computer Aided Engineering (CAE). The solar panel arrays had to withstand the various natural elements (wind, wave, snow) and maintenance loads.LS-DYNA was Vectayn’s solver of choice as they recognised that the flexibility it provided for multi-physics analysis would satisfy the range of investigation required. The Oasys LS-DYNA environment was also selected for its complete compatibility with LS-DYNA keywords, enabling Vectayn to unlock the full potential of the solver.
Dan Page
Director
4:20 PM - 4:40 PM
4:20 PM - 4:40 PM
Innovation in Battery Technologies for Battery Systems
Andrew Dimelow
Technical Account Manager
Innovation in Battery Technologies for Battery Systems
4:20 PM - 4:40 PM GMT
Battery technology innovation is at the forefront of the mobility industry and thermal management plays a critical role in improving the performance, life and safety of the overall system. This session will provide an overview of how Ansys technology is used to optimise cooling designs, maintain temperature uniformity and evaluate structural performance under different fail scenarios. Furthermore, Reduced Order Models can be generated from 3D simulations to develop safety critical control software to manage critical functions such as charging, load management and thermal protection to maintain safe operation.
Andrew Dimelow
Technical Account Manager
Andrew Dimelow is a Technical Account Manager at Ansys supporting Automotive OEMs and Tier 1 suppliers in the adoption of Ansys technology. With a background in fluid dynamics, Andrew has a wealth of experience applying simulation across a range of applications and prior to joining Ansys was a Principal Engineer at Cummins Turbo Technologies. Outside of work, Andrew is a keen trail runner.
4:40 PM - 5:30 PM
4:40 PM - 5:30 PM
END OF CONFERENCE & NETWORKING DRINKS RECEPTION
END OF CONFERENCE & NETWORKING DRINKS RECEPTION
4:40 PM - 5:30 PM GMT
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AMPM
Plenary Speakers
Morgan Maia
Oracle Red Bull Racing
Tim Addison
UK Battery Industrialisation Centre (UKBIC)
Richard Tinsdeall
Ansys
Will Marsden
Ansys
Ilya Tolchinksy
Ansys
Session Speakers
Sunil Rana
Mondelez International
Andrew Dimelow
Ansys
Marina Sousani
Ansys
Reza Malekimoghadam
Jaguar Land Rover
Bert Blocken
Herriot-Watt University
Balazs Novak
Lucy Electric
Andrew Hobbs
Astec
Peter Hall
Jaguar Land Rover
Mina Panahai
Ansys
Filip Rozic
Connector Subsea Solutions
Chris Normanshire
Ansys
Arwel Davies
Ansys
Akeel Auckloo
Ansys
Tomasz Stelmach
Ansys
Nicola Masters
Ansys
Rob Winstanley
Ansys
Mike Magnier
Ansys
Mike Slack
Ansys
Doug Bell
Ansys
Ravi Sundaria
Ansys
Dr Tom Allen
Manchester Metropolitan University
Ajay Kanwar
Ansys
Matthew Stewart
National Physical Laboratory (NPL)
Daniel Page
Vectayn
Mark Leddin
Ansys
Exhibition
As well as the main conference, located next to the catering, this area will be host to multiple exhibitors.
Visit the 'Ask an Ansys Expert' zone to learn the latest and get one-to-one product support, and speak with our Partners at their dedicated booths.
7. CADFEM UK & Ireland 8. EDR Medeso 9. Oasys 10. Wilde Analysis 11. AWS
12. Oracle Red Bull Racing
Event App
Swapcard - Agenda and Networking App
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Access the agenda, save sessions to your profile, and create 'your event'.
View the event's attendees, pre-book meetings, and send your questions to Ansys experts in-advance.
Search for 'Ansys Events' from your App store. This app is powered by Swapcard Corporation.
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Networking Reception
Exhibition Area
16:40 - 17:30
At the close of conference, please join us for a networking drinks reception held in the exhibition area of the conference. This is a fantastic opportunity to get to know peers better whilst enjoying the canapés and drinks on offer.
Get Hands-On
This year, there a multiple hands-on experience for attendees.
Try your hand at being the next F1 star on the Oracle Red Bull Racing driving simulator. Do you have what it takes? The driver finishing top of the leaderboard with the fastest lap at the end of the conference will win a secret prize!
Get hands-on with Oracle Red Bull Racing artifacts like previous racing suits and steering wheels!
And, check out the Oracle Red Bull Racing merchandise stand for this seasons latest merch.
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The MTC (Manufacturing Technology Centre)
Lloyds Bank Advanced Manufacturing Training Centre
Airfield Drive
Ansty Business Park
Coventry
CV7 9JU
How to get to the MTC:
By Car: There is ample free parking. The MTC is located minutes away from Junction 2 of the M6. If you’re travelling by car and using a sat nav system, please use the postcode: CV7 9RD. Head into the Ansty Business Park through a set of traffic lights. Go straight over the next two mini roundabouts and then turn left at the third roundabout to enter the MTC Events car park.”
By Bus: The X30 is a dedicated bus service that runs frequently between Ansty Business Park and the centre of Coventry. The X30 stops at Pool Meadow Bus Station in Coventry, and travels via Coventry train station.
By Train: The closest railway station to Ansty Business Park is Coventry. The Ansty Park X30 bus service travels via Coventry Train Station.
By Air: Birmingham Airport is the nearest airport and is less than a 20-minute drive from Ansty Business Park.