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We combine our physics models expertise, software skills and access to High-Performance Computing to create digital models of manufacturing systems, all the way to digital twins.
About
Renuda works with Constelcom to provide virtual design of manufacturing devices, using physics-based modelling, CAE, Computational Fluid Dynamics, specifically designed software, visualisation and High Performance Computing. Having worked with a range of industries on problems ranging from ventilation and contamination in nuclear plants to filling, mixing, filtration and separation systems in the manufacturing and water industry, we bring cross-sectorial ideas and 30+ years of experience acquired working on designs, validation, optimisation or systems analysis at a lower cost and faster than could be done with physical means.
Key Benefits
- Cost, flexibility and speed - Digital models can be built in different phases, changed and refined quickly, different solutions or operating conditions can be varied sequentially or simultaneously for parameters sweeping, and they can be reused over and over again.
- Derisking - No construction necessary of investment in manufacturing or testing. From ideas and concepts to more established TRLs, digital tools are the most cost efficient to evaluate new ideas: from providing entirely new solutions to improving a subset of a larger system.
- Access to analysis and results which can not be accessed in the physical world. A unique window to seeing how devices work in real time and to gather data which may be difficult or impossible to measure and quantify in physical devices.
- Scaling - Digital tools are ideally suited to evaluating how a lab process will scale up to industrial scale. They also make possible to analyse and quantify the performance of systems at a scale where measurements would be difficult or impossible, for example in very large structures or through opaque, dangerous, or difficult to access systems. Digital models are ideally suited to evaluate trends.
- Innovation - Digital approaches make it possible to innovate freely. From testing new physics ideas for processes to inventing new devices, initial models when in early TRL do not have feasability constraints or skills constraints with regard to operating or fabricating the inventions.
- IP generation and accumulation - we can also provide curation for the digital models, transforming them in digital assets which companies use to build and solidify their IP, and to share it with their employees, departments, sites and offices.
Applications
Manufacturing
Energy
Water
Ventilation
More specifically, industrial processes which involve multiphase flow, such as the flow of combinations of gases, liquids and particles, and with or without heat transfer.