FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2706626350> ?p ?o ?g. }

• W2706626350 abstract "Due to the deterministic nature of manufacturing processes, measuring important process parameters and performing timely adjustment is an effective way to improve manufacturing efficiency and quality. In-process measurement is such a method. It is capable of monitoring manufacturing processes in real time. However, the current information flow between different manufacturing processes is segmented due to the lack of a consolidated data model to represent sufficient information of a product. This directly results in segmented process planning for in-process measurement. The establishment of STEP (STandard for Exchange of Product data) offers manufacturers a new method to exchange product data through the entire product lifecycle. As an extension to STEP, STEP-NC provides the potential to finally close the gap between design and manufacturing in the drive for a complete and integrated product development environment. The STEP/STEP-NC data model is a long overdue improvement in the domain of process planning for Computer Numerical Controlled (CNC) machining in the industry where G-codes have been in use for more than half a century. STEP/STEP-NC brings richer information to the CNC machining industry presenting an opportunity for the development of more intelligent, interoperable and informative machining processes. The research work documented in this thesis introduces a consolidated STEP/STEP-NC data model and system for an automatic and integrated process planning system for machining, in-process measurement, and feedback. This research first developed the current STEP/STEP-NC data model with new definitions covering tolerance requirement information, and measurement operation information. A mechanism to link tolerance requirements and machining feature information was also developed to provide the crucial connection between machining and measurement. With sufficient information provided by the proposed STEP data model, the concept of an integrated process planning system was conceived to carry out automated process planning for machining and in-process measurement. The system is able to analyse and select critical tolerance(s) from an input data file, generate measuring operation(s) for each critical tolerance in-between machining operations. Measurement of each critical tolerance is also planned by the developed system including generating, allocating, and sequencing measurement points for each measuring operation. After the measurement results of each measuring operation are collected, the system analyses the results and provides proper adjustments to the immediate subsequent machining operation(s). A software prototype was developed to test the proposed data model and the integrated process planning and feedback concept. The ultimate goal of performing measurement in a manufacturing system is to gain close control of the machining process based on tolerance requirements and to adjust process errors as they occur. The key issue is to connect machining and tolerance requirements. What to measure and when to measure is another critical issue. This research has made an attempt to address these issues in order to realize a long-awaited paradigm of automatic placement of measurement procedures in-between machining operations and provide automated process-intermittent feedback to the machining process." @default.
• W2706626350 created "2017-06-30" @default.
• W2706626350 creator A5009710624 @default.
• W2706626350 date "2009-12-01" @default.
• W2706626350 modified "2023-09-25" @default.
• W2706626350 title "An Integrated Process Planning System for Machining and Inspection" @default.
• W2706626350 cites W161476252 @default.
• W2706626350 cites W1714636363 @default.
• W2706626350 cites W1964281151 @default.
• W2706626350 cites W1965077187 @default.
• W2706626350 cites W1987816411 @default.
• W2706626350 cites W2001238362 @default.
• W2706626350 cites W2001745459 @default.
• W2706626350 cites W2002100904 @default.
• W2706626350 cites W2003152456 @default.
• W2706626350 cites W2037666013 @default.
• W2706626350 cites W2049385368 @default.
• W2706626350 cites W2058905339 @default.
• W2706626350 cites W2061051557 @default.
• W2706626350 cites W2061332156 @default.
• W2706626350 cites W2068888775 @default.
• W2706626350 cites W2070510130 @default.
• W2706626350 cites W2072328955 @default.
• W2706626350 cites W2092143367 @default.
• W2706626350 cites W2092785432 @default.
• W2706626350 cites W2112445112 @default.
• W2706626350 cites W2130137264 @default.
• W2706626350 cites W2142094875 @default.
• W2706626350 cites W2165805379 @default.
• W2706626350 cites W2198827378 @default.
• W2706626350 cites W2586759891 @default.
• W2706626350 cites W2801094003 @default.
• W2706626350 cites W561023564 @default.
• W2706626350 cites W572067071 @default.
• W2706626350 cites W581353017 @default.
• W2706626350 cites W99180220 @default.
• W2706626350 hasPublicationYear "2009" @default.
• W2706626350 type Work @default.
• W2706626350 sameAs 2706626350 @default.
• W2706626350 citedByCount "2" @default.
• W2706626350 countsByYear W27066263502014 @default.
• W2706626350 countsByYear W27066263502020 @default.
• W2706626350 crossrefType "dissertation" @default.
• W2706626350 hasAuthorship W2706626350A5009710624 @default.
• W2706626350 hasConcept C100463513 @default.
• W2706626350 hasConcept C111919701 @default.
• W2706626350 hasConcept C117671659 @default.
• W2706626350 hasConcept C127413603 @default.
• W2706626350 hasConcept C13736549 @default.
• W2706626350 hasConcept C154945302 @default.
• W2706626350 hasConcept C199639397 @default.
• W2706626350 hasConcept C20136886 @default.
• W2706626350 hasConcept C41008148 @default.
• W2706626350 hasConcept C523214423 @default.
• W2706626350 hasConcept C78519656 @default.
• W2706626350 hasConcept C98045186 @default.
• W2706626350 hasConceptScore W2706626350C100463513 @default.
• W2706626350 hasConceptScore W2706626350C111919701 @default.
• W2706626350 hasConceptScore W2706626350C117671659 @default.
• W2706626350 hasConceptScore W2706626350C127413603 @default.
• W2706626350 hasConceptScore W2706626350C13736549 @default.
• W2706626350 hasConceptScore W2706626350C154945302 @default.
• W2706626350 hasConceptScore W2706626350C199639397 @default.
• W2706626350 hasConceptScore W2706626350C20136886 @default.
• W2706626350 hasConceptScore W2706626350C41008148 @default.
• W2706626350 hasConceptScore W2706626350C523214423 @default.
• W2706626350 hasConceptScore W2706626350C78519656 @default.
• W2706626350 hasConceptScore W2706626350C98045186 @default.
• W2706626350 hasLocation W27066263501 @default.
• W2706626350 hasOpenAccess W2706626350 @default.
• W2706626350 hasPrimaryLocation W27066263501 @default.
• W2706626350 hasRelatedWork W148298948 @default.
• W2706626350 hasRelatedWork W1824158590 @default.
• W2706626350 hasRelatedWork W1926442037 @default.
• W2706626350 hasRelatedWork W1988208344 @default.
• W2706626350 hasRelatedWork W2009088891 @default.
• W2706626350 hasRelatedWork W2015707280 @default.
• W2706626350 hasRelatedWork W2020875990 @default.
• W2706626350 hasRelatedWork W2027590678 @default.
• W2706626350 hasRelatedWork W2039901649 @default.
• W2706626350 hasRelatedWork W2049024606 @default.
• W2706626350 hasRelatedWork W2064350441 @default.
• W2706626350 hasRelatedWork W2075768626 @default.
• W2706626350 hasRelatedWork W2103125562 @default.
• W2706626350 hasRelatedWork W2134536235 @default.
• W2706626350 hasRelatedWork W2518109142 @default.
• W2706626350 hasRelatedWork W2554317621 @default.
• W2706626350 hasRelatedWork W2581235171 @default.
• W2706626350 hasRelatedWork W3123070148 @default.
• W2706626350 hasRelatedWork W65993478 @default.
• W2706626350 hasRelatedWork W2204762133 @default.
• W2706626350 isParatext "false" @default.
• W2706626350 isRetracted "false" @default.
• W2706626350 magId "2706626350" @default.
• W2706626350 workType "dissertation" @default.