TY  - THES
U1  - Master Thesis
A1  - Spelten, Philipp
T1  - Simulation Data goes Ontology
BT  - Integrating VMAP-data into an ontology and accessing it using semantically represented processes
N2  - Modern engineering relies heavily on utilizing computer technologies. This is especially true for thermoplastic manufacturing, such as blow molding. A crucial milestone for digitalization is the continuous integration of data in unified or interoperable systems. While new simulation technologies are constantly developed, data management standards such as STEP fail at integrating them. On the other hand, industrial standards such as ”VMAP” manage to improve interoperability for Small and Medium-sized Enterprises. However, they do not provide Simulation Process and Data Management (SPDM) technologies. For SPDM integration of VMAP data, Ontology-Based Data Access is used to allow continuing the digital thread in custom semantic-based open-source solutions. An ontology of the database format (VMAP) was generated alongside an expandable knowledge graph of data access methods. A Python-based software architecture was developed, automatically using the semantic representations of database format and data access to query data and metadata within the VMAP file. The result is a software architecture template that can be adapted for other data standards and integrated into semantic data management systems. It allows semantic queries on simulation data down to element-wise resolution without integrating the whole model information. The architecture can instantiate a file in a knowledge graph, query a file’s metadatum and, in case it is not yet available, find a semantically represented process that allows the creation and instantiation of the required metadatum. See Figure 1. The results of this thesis can be expected to form a basis for semantic SPDM tools.
KW  - CAE metadata structures
KW  - semantic technologies
KW  - Ontology
KW  - blow molding
KW  - Simulation Process and Data Management
U6  - https://doi.org/10.24406/publica-1300
DO  - https://doi.org/10.24406/publica-1300
SP  - 75, lxii
S1  - 75, lxii
PB  - Fraunhofer-Gesellschaft
ER  -