The paper by Linsey Koo, Edlira Kalemi and Franjo Cecelja from the Faculty of Engineering and Physical Sciences discusses how to develop the potential for reusability of process models created by engineers.The authors recognize that CAPE-OPEN is the only model integration framework in use and that it addresses the issue of standardisation of interfaces to enable interoperability between simulator software components from different sources.However CAPE-OPEN does not provide much semantic representation of engineering data and hence needs to be complemented by an ontological approach.
OtherPresentations
UNIT SIG progress report 2022-2023
Revision of Petroleum Fractions interface specification and sensitivties of Unit Operations in equation-oriented environments
Mixing COBIA & COM in proprietary hydroprocessing models – a CAPE-OPEN showcase
Impact of marshalling between thread on overall performance of CAPE-OPEN interoperability
Preliminary interoperability tests of CARNOT Property Package Manager in CAPE-OPEN 1.1 Process Modelling Environments.
A new CAPE-OPEN Thermodynamic server under the latest version of CAPE-OPEN Thermodynamic and Physical Properties interface specification:…
First principles PRocess concepts for the conversion of complex MixturEs (PR1ME) as CAPE OPEN tool: challenges and opportunities
First principles PRocess concepts for the conversion of complex MixturEs (PR1ME) as CAPE OPEN tool: challenges and…
Thermo SIG: Oct. 2022 till Sept. 2023
Errata and clarifications brought to Thermodynamic interface specification
System modelling of methanol reformed fuel cell system with integration of Python Unit Operations
Use AmsterCHEM Python Unit Operation
HTRI Experiences with COBIA
Report on using COBIA middleware for the development of CAPE-OPEN applications
Developing a unit operation model for membrane based subsea gas separation in the COMPMEM project using CAPE-OPEN COBIA
COBIA-based Unit Operation developed with COBIA Software Development Kit
Why and how CAPE-OPEN technology can help us to enable reliable modelling of Carbon Capture, Transport & Storage (CCS) systems?
Applying CAPE-OPEN technology in CCS industry modeling activities
Investigating the impact of impurities in the CO2 streams for the Carbon Capture and Transportation value chain using MATLAB and CAPE-OPEN
CCS process model in MATLAB uses CAPE-OPEN
Potential of new DEXPI standards to support better data integration with process simulation
Introduction to DEXPI+