Digital twin concept of a force measuring device based on the finite element method
Loading...
Date published
Free to read from
Authors
Baer, Oksana
Giusca, Claudiu
Kumme, Rolf
Prato, Andrea
Sander, Jonas
Mirian, Davood
Hauschild, Frank
Supervisor/s
Journal Title
Journal ISSN
Volume Title
Department
Course name
Type
ISSN
2221-870X
Format
Citation
Baer O, Giusca C, Kumme R, et al., (2023) Digital twin concept of a force measuring device based on the finite element method. Acta IMEKO, Volume 12, Issue 1, March 2023, pp. 1-5
Abstract
In the framework of EMPIR project ComTraForce, the Digital Twin (DT) concept of force measurement device is developed. DT aims to shade static, continuous as well as dynamic calibration processes, preserving data quality and collecting calibration data for improved Decision-making. To illustrate the developed DT concept, a prototype realisation for static and continuous force calibration processes is developed, involving simulation with ANSYS engineering software. The focus of the current work is placed on the data connection between the physical device and the DT. The DT model is validated using traceable measurements.
Description
Software Description
Software Language
Github
Keywords
digital twin, force measurement, finite-element-method, measurement uncertainty, traceability, data transfer
DOI
Rights
Attribution 4.0 International