Case Study: Goods Inwards NdFeB Magnet Tests
Magnet Methods supported a customer in providing test limits for a Gauss probe based goods…
Case studies
Applied Electromagnetic Design and Simulation: Case Studies
Our case studies present a selection of real-world engineering projects that demonstrate the application of advanced modelling, simulation, and design methodologies. Each example highlights how finite element analysis, magnetic system optimisation, and sensor design principles are used to solve complex technical challenges across sectors including energy, transport, and automation.
From early-stage concept validation to detailed 3D modelling and performance simulation, these projects reflect our commitment to precision, efficiency, and innovation in electromagnetic design. Engineers, researchers, and technical decision-makers will find insights into practical problem-solving approaches and the impact of rigorous analytical techniques on product development and system integration.
Case Study: Advanced Magnetic Coupling Design for High-Pressure Applications
Magnet Methods has extensive expertise in the design and development of magnetic couplings, including both…
Case Study: High-Precision Position Sensing Using Variable Reluctance Resolver Design
Magnet Methods has extensive experience in the design and optimisation of inductive and Hall-effect-based position sensors….
Case Study: Finite Element Modelling for Fault Current Limiter Development
Magnet Methods supported a Cardiff University start-up in the development of a novel permanent magnet-based fault…
Engineering Innovation in Action
Whether you’re shaping an idea or refining a working prototype, early technical input can reduce risk, accelerate development, and improve results..