EFFRA Innovation Portal

D2.11 Reference Architecture and Blueprints (Version 1)

Project: QU4LITY

Updated at: 28-07-2020

Machine Tool Digital Twin with Life Cycle features

Project: TWIN-CONTROL

Updated at: 13-02-2019

Fleet Management Platform for Machine Tools

Project: TWIN-CONTROL

Updated at: 13-02-2019

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Description A cloud based fleet-wide platform for machine tool condition, performance analysis and proactive maintenance has been developed.

Local Monitoring and Control System

Project: TWIN-CONTROL

Updated at: 13-02-2019

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Description All acquired signals are requested by ARTIS OPR, that acts as a long-term storage system and provides additional features like OPC based communication, computation capabilities and connection to cloud

Cloud-based-HPC optimisation of manufacturing processes

Project: Fortissimo 2

Updated at: 23-06-2018

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Title Cloud-based-HPC optimisation of manufacturing processes

HPC based high-resolution modelling of magnets

Project: Fortissimo 2

Updated at: 23-06-2018

Cloud-based simulation of box framed timber beams

Project: Fortissimo 2

Updated at: 23-06-2018

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Title Cloud-based simulation of box framed timber beams

Optimising gas and flame detector layouts in hazardous manufacturing and production plants

Project: Fortissimo 2

Updated at: 23-06-2018

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Description The access to HPC computing resources available through the FLACS-Cloud service renders it feasible to apply proper CFDbased optimisation to the placement of gas detection systems.

Cloud-based simulation for vehicle engineering

Project: Fortissimo 2

Updated at: 23-06-2018

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Title Cloud-based simulation for vehicle engineering
Description The solution developed by ICON is to provide cost-effective and easy-to-use access to high-performance computing.

HPC-based design of non-circular gears

Project: Fortissimo 2

Updated at: 23-06-2018

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Description In-house computing systems are not powerful enough to perform these calculations. A cloud-based engineering workflow would significantly shorten the time required to design and deliver an NCG.

Cloud-based simulation of the response of marine structures to waves

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based simulation of the response of marine structures to waves
Description The challenge addressed in this experiment was demonstrate how advanced computing can optimise seakeeping design.

Cloud-based shape optimisation for super-cars

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based shape optimisation for super-cars
Description This provides an integrated environment with access to optimization software and both in-house and cloud-based HPC computing resources.

Cloud-based simulation of the lifetime of marine structures

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based simulation of the lifetime of marine structures
Description Large amounts of computing power are required to complete these simulations in a reasonable time.

Cloud-based environmental modelling

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based environmental modelling
Description A leap forward made possible by FORTISSIMO Project thanks to interoperability among different skills (i.e. computing, applied research, environmental engineering, consulting) that would hardly be seated

Cloud-based conversion of geographical maps

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based conversion of geographical maps
Description The use of HPC could reduce the cases for wind farms to a few minutes of computing, and in other projects requiring even greater resolution to a few hours.

Cloud-based simulation of casting

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based simulation of casting
Description This is particularly true for HPC-Cloud simulation tools.

Cloud-based simulation of high-temperature concentric chimneys

Project: FORTISSIMO

Updated at: 22-06-2018

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Title Cloud-based simulation of high-temperature concentric chimneys
Description HPC cloud offers fast response and the required number of resources for each case.

Demonstrator 3: Human-Robot Collaboration - Mass Balance System Assembly

Project: SYMBIO-TIC

Updated at: 22-06-2018

Application Experiment Fire in The Cloud

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym Fire in The Cloud
Title Application Experiment Fire in The Cloud
Description The fire-safety design of a real shopping center, case proposed by Cottés Group (leader of the project), will be studied in the cloudified tool, focused on showing the great benefits of using Cloud computing

Cloud Based Optimisation Of An Extrusion Die

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym Cloud Based Optimisation Of An Extrusion Die
Title Cloud Based Optimisation Of An Extrusion Die
Description computing resources.

Cloud based HPC supported cooling AirFlow optimization for industrial machines shown exemplary for compressors

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym Cloud based HPC supported cooling AirFlow optimization for industrial machines shown exemplary for compressors
Title Cloud based HPC supported cooling AirFlow optimization for industrial machines shown exemplary for compressors
Description In compressors exemplary for industrial, mechatronic machines, cloud computing will help to improve the flow of cooling air through the device, optimizing its efficiency by lower fan power and reduction

Efficiency Optimization of a Water Turbine via CFD Simulation on the Cloud

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym CFD on the Cloud
Title Efficiency Optimization of a Water Turbine via CFD Simulation on the Cloud
Description characterisation (hill chart) of a complex hydraulic turbine may require several hundreds of such simulations, where each simulation can take several hours to several days, depending on the available computing

Product Lifecycle and Engineering Data Management (PLM) on the Cloud

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym PLM on the Cloud
Title Product Lifecycle and Engineering Data Management (PLM) on the Cloud
Description With the help of Fraunhofer IGD (a research institute in Germany specializing in visual computing) and Jotne AS (a Norwegian SME developing and distributing software for interoperability of industrial

Simulating Machining Processes in the Cloud (CAM in the Cloud)

Project: CLOUDFLOW

Updated at: 22-06-2018

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Acronym CAM on the Cloud
Title Simulating Machining Processes in the Cloud (CAM in the Cloud)
Description No high-end number crunchers are needed locally by the end user since the computing power is provided in the Cloud.

Cloud-based simulation for low-pressure die-casting of copper alloys

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud-based simulation for low-pressure die-casting of copper alloys
Description The cost of the computing cycles needed to perform these simulations is ~€2k. This results in an overall saving of €6k per mould.

Cloud-based Computational Fluid Dynamics Simulation

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud-based Computational Fluid Dynamics Simulation
Description Accessing powerful computing resources remotely also reduces hardware expenses and maintenance costs.

Cloud based access to commercial computational chemistry codes

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud based access to commercial computational chemistry codes
Description For example, a low-end computing cluster can easily have a total cost of ownership (hardware, maintenance, power etc.) of around €60,000 per year and a commercial licence for a typical materials modelling

Cloud-based simulation environment for CO2 emission prediction for automotive engines

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud-based simulation environment for CO2 emission prediction for automotive engines
Description In contrast to the traditional approach, this experiment utilised cloud-based HPC computing which allows many simulation tasks to run simultaneously, following to a customisable schedule and results to

Cloud-based CFD simulation in automotive design

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud-based CFD simulation in automotive design
Description The combination of an open-source software package and Cloud-based access to HPC systems enables both large and small companies to have access to significant computing resources on a pay-per-use basis.

Cloud-based simulation of air-quality over cities

Project: FORTISSIMO

Updated at: 21-06-2018

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Title Cloud-based simulation of air-quality over cities
Description This requires a large increase in their capacity for computing beyond what they can easily manage with in-house resources.

Results, demos etc. overview

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D2.11 Reference Architecture and Blueprints (Version 1)

Machine Tool Digital Twin with Life Cycle features

Fleet Management Platform for Machine Tools

Local Monitoring and Control System

Cloud-based-HPC optimisation of manufacturing processes

HPC based high-resolution modelling of magnets

Cloud-based simulation of box framed timber beams

Optimising gas and flame detector layouts in hazardous manufacturing and production plants

Cloud-based simulation for vehicle engineering

HPC-based design of non-circular gears

Cloud-based simulation of the response of marine structures to waves

Cloud-based shape optimisation for super-cars

Cloud-based simulation of the lifetime of marine structures

Cloud-based environmental modelling

Cloud-based conversion of geographical maps

Cloud-based simulation of casting

Cloud-based simulation of high-temperature concentric chimneys

Demonstrator 3: Human-Robot Collaboration - Mass Balance System Assembly

Application Experiment Fire in The Cloud

Cloud Based Optimisation Of An Extrusion Die

Cloud based HPC supported cooling AirFlow optimization for industrial machines shown exemplary for compressors

Efficiency Optimization of a Water Turbine via CFD Simulation on the Cloud

Product Lifecycle and Engineering Data Management (PLM) on the Cloud

Simulating Machining Processes in the Cloud (CAM in the Cloud)

Cloud-based simulation for low-pressure die-casting of copper alloys

Cloud-based Computational Fluid Dynamics Simulation

Cloud based access to commercial computational chemistry codes

Cloud-based simulation environment for CO2 emission prediction for automotive engines

Cloud-based CFD simulation in automotive design

Cloud-based simulation of air-quality over cities