POC
Cloud-Based CFD Optimization of Magnetic Drive Pumps
CDR Pompe will develop a model to study pump operating conditions, improving performance and market fit. High-Performance Computing (HPC) infrastructure and engineering tools will be used, with EnginSoft providing CFD […]
HIPERREL
The experiment aims to improve reliability in metal and rubber parts production using Plexalytics software. HPC will be used to handle extensive computing capacities. The project aims to identify errors […]
HPC for canned food dynamics
The COVID-19 pandemic has increased demand for canned food, particularly sterilization equipment. This project proposes an innovative tool using OpenFOAM and HPC to aid design and manufacturing processes of autoclaves, […]
APPLICATION OF HPC TOOLS FOR THE OPTIMIZATION OF 3D-PRINTED ORTHOPAEDIC DEVICES
The project incorporates HPC tools in the manufacturing process of CastPrint products to reduce printing time and material, increase mechanical strength and wearability through improved ventilation of the cast. This […]
High-performance computing for profile extrusion
This experiment aims to develop a computational framework for profile extrusion die design in HPC facilities, reducing development costs and time to market. The consortium includes manufacturing, research, and engineering […]
CLOUD-BASED MULTIPHYSICS SIMULATION OF BATTERY COOLING
The experiment proposes a workflow for Wamtechnik to use cloud-based simulations in its design process. It starts with defining the battery module’s geometry, then the QSA battery simulation software is […]
Ozone and dissolved air flotation systems
3D-CFD simulations will be used to improve an ozonation reactor and a dissolved air flotation reactor in wastewater treatment plants. The goal is to reduce investment and operational costs, improve […]
SEA GROWTH: HPC OPTIMIZING AQUACULTURE PRODUCTIVITY
The experiment aims to improve inefficient operations in aquaculture facilities. The project proposes the use of AI-based simulations on HPC resources to improve the productivity of fish farming.
Cloud-based architectural acoustic simulations
The experiment explores Treble Technologies’ proprietary acoustic simulation technology, which uses high-performance processing and innovative numerical methods, to revolutionize building design. This could reduce risk, cut costs, enhance design quality, […]
HPC-based platform for low-emissions hydrogen combustors
The project showcases an HPC-based computational platform for designing cleaner, more efficient power generation systems. It uses high-fidelity simulations to develop low-NOx burners with hydrogen mixtures, testing hydrocarbon fuels and […]