POC
Cloud-based design of ultra-clean containers for high-purity chemicals
An automated workflow for blow moulding hollow plastic parts was developed. This workflow, incorporating cloud-based HPC and parallelization of simulation, shortens development times, allows for more design variants, and lowers […]
Cloud-based simulation of marine communication buoys
ALSEAMAR is a French SME, specialised in the design and manufacturing of radio communication systems for both surface ships and submarines. Alseamar wanted to develop a releasable, communication buoy for […]
Cloud-based simulation of the hydrodynamic resistance of ships’ hulls in the presence of waves
Ship designers, shipbuilders, and maritime consultancy companies need accurate methods to predict additional ship resistance in waves. Experimental tests are time-consuming and expensive, and reducing the need for experimental data […]
Cloud-based simulation for vehicle engineering
Analysing how air flows around a vehicle is essential to making it more efficient. Physical testing is expensive. Computer simulation removes the need for these. However, simulating airflow with the […]
Advanced simulation for metal forming
MATRICI is a Spanish specialising in the production and design of complex metal formed panels. The use of HPC-based forming simulation can have a significant financial impact on this sector. […]
Optimised cutting and bending of steel reinforcement bars using Cloud-based HPC
Schnell Software offers specialized CAD-CAM software for steel cutting and bending companies, enhancing productivity and efficiency. Despite existing PC-based optimization software, it requires hours for optimal results, that are not […]
Cloud-based optimisation of water turbines for power generation
Zeco is an SME from the renewable energy sector. High-fidelity CFD simulation has become an essential tool for turbine designers. However, CFD requires high computational resources that usually SMEs can’t […]
HPC-based prediction of the optical properties of dyes
This project addresses the prediction of the optical properties of dyes using molecular dynamics to simulate them. Simulations allows to reduce the time to customise TTIs (Temperature Time Integrators). The […]
Multi-physics simulation of high-temperature superconducting devices
This experiment aims to explore a new market for Oxolutia in high-temperature superconductors (HTS). Due to their hard non-linearity, hysteretic behavior, and time dependence, HTSs require a robust, fast, and […]
HPC-Cloud-based monitoring of crowds
DFRC is a center for geospatial data fusion and analysis, operating LBASense that measures crowd behavior. The system requires “fingerprinting” of cellular network radio signals to calculate mobile phone location. […]