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Forschungsprojekt

ATRIUM - dATa dRiven sImulation ob bUlk Materials
Entwicklung eines datenbasierenden Verfahrens zur effizienten und zuverlässigen Vorhersage von Simulationsergebnissen für Schüttgüter mit Hilfe von neuronalen Netzwerken

Fachbereich

Design Informatik Medien

Labor

CVMR (Computer Vision & Mixed Reality Group)

Leitung

Prof. Dr. Ulrich Schwanecke

Projektmitarbeiter HSRM

Alexander Sommer

Ansprechpartnerin Forschungsförderung

Susanne Korzuch

Externe Partner

Christian Rathemacher - weltenbauer. software entwicklung gmbh

Laufzeit

01.11.2019 - 31.10.2021

Website

http://cvmr.info/research

Finanzierende Institution

Bundesministerium für Wirtschaft und Energie (BMWi)
Förderkennzeichen ZF4210102MC9

Projektbeschreibung

In this R&D project, a new framework will be developed with which the simulation and visualization of various bulk materials can be carried out in real time. In contrast to current simulation methods, a new data-based approach will be used, where the behaviour of the bulk material is predicted with the help of AI instead of being calculated on the basis of physically motivated equations. Using the results from classical calculations, training data is generated and a suitable regression model is developed to train a convolutional neural network to predict the simulation results. This promises a considerable acceleration of the simulation calculation. The saved computing power is then used to achieve a more detailed and realistic visualization or to enable certain simulations even on less powerful devices.