IBSim-4i and the gVXR User Meeting come together in a unique, collocated event that bridges innovation in simulation and imaging. Together, these events create a dynamic environment where theory meets practice, fostering exchange between communities working at the forefront of computational imaging. By aligning these two communities under one programme, the event offers attendees a richer experience with cross-cutting sessions, shared discussions, and networking opportunities that spark new collaborations.
Participants will benefit from exposure to cutting-edge research, hands-on insights, and emerging tools driving progress in areas such as industrial inspection, materials science, manufacturing, healthcare, and digital twins. Whether you are an established expert or an early-career researcher, the joint IBSim-4i and gVXR User Meeting provides an inclusive and forward-looking platform to connect, learn, and contribute to the evolving landscape of simulation-driven discovery.
About IBSim-4i
Image-based meshing is the process by which 3D images (e.g. X-ray CT or laser scanning) are converted into ultra-high resolution simulations. 3D imaging is increasingly being used in the industrial sector for inspection, non-destructive testing / evaluation (NDT/NDE) and metrology but image-based simulation is still an underutilised technique. Our aim is that the activities of IBSim-4i will facilitate a wider adoption of image-based simulation and provide a platform to discuss the cutting-edge developments in the field.
IBSim-4i (formerly IBFEM) is the ideal forum for the fostering of ideas and the establishing of new collaborative links, helping to build strong networks within the UK and at an international level.
About gVXR
gVXR is an open-source framework to simulate X-ray images in real-time on the graphics processor unit (GPU). Software developers and scientists can use gVXR with a wide range of programming languages. Its accuracy has been benchmarked with state-of-the-art Monte Carlo simulations and experimental data, paving the way for digital twinning of clinical and industrial devices. It has been used in a wide range of applications in different scientific fields (see this article for a recent review).
The User Meeting provides a dedicated space for users and developers of the gVirtualXRay platform to share experiences, showcase applications, and shape the future of fast, physically accurate X-ray simulation.
Format
The event will consist of two parts:
- Day 1-2: user training of the various techniques required for image-based simulation.
- Day 3-4: user and developer forum with keynote talks, presentations and a networking reception.
- Day 5: gVXR User Meeting
Themes
The focus will be on any aspects of image-based simulation, for example:
- 3D imaging methods (X-ray / neutron tomography, laser scanning etc.)
- 3D image processing and segmentation
- Computer vision
- Artificial intelligence and machine learning
- Image to simulation mesh techniques
- Finite element analysis (FEM/FEA)
- Computational fluid dynamics (CFD)
- High-performance computing / supercomputing
- Large-scale scientific visualisation
- Advanced / high value manufacturing
- Industry 4.0
- Smart factories
Who should attend
This event is intended for academic researchers and industry professionals who are experienced users of image-based simulation or are newly interested in this powerful technique.
Register here to attend this event.
A limited number of grants have kindly been provided by CCPi to cover workshop attendance. These grants are open to applicants from academia and industry. Priority will be given to those with an explicit interest in industrial applications of image-based simulation and those wishing to attend both the training and forum components of IBSim-4i. The grant will pay for registration, break refreshments, lunches, and the networking reception. Travel and accommodation costs are not included in the grant.
If interested in the attendee grant, please apply here.
Organisers
IBSim-4i is organised by UKRI-STFC, Bath University, University of Bristol, Centrale Nantes, the Applied Mechanics Group and the Materials and Characterisation Group of the Institute of Physics (IOP), with support from CCPi Tomographic Imaging.
