Developing a product data model using the STEP PDM schema for integrating specifications of technical services

Do, Namchul

doi:10.1080/0951192x.2013.814163

Cited by 3 publications

(2 citation statements)

References 9 publications

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“…Product Life Cycle Support (PLCS) application protocols describe products in their whole life cycle (design, production, use and disposal), whereas STEP-Numerical Control (NC) is explicitly focused on design and production phase of the product life cycle (Xu and He 2004;Xu, Wang, and Newman 2011;Do 2014;Khan and Hussain 2014). A data model called STEP-NC was developed to overcome the problem of code, which includes only a low-level information and hardware-specific codes, and focuses on both machining processes and simulation processes (Abdul Kadir, Xun, and Hämmerle 2011).…”

Section: Product Realisation Technologies For Product Design and Manumentioning

confidence: 99%

Early problems identification in collaborative engineering with different product data modelling standards

Jovanović

Guerra-Zubiaga

et al. 2014

International Journal of Computer Integrated Manufacturing

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Since activities during collaborative projects in global engineering teams depend greatly on efficient exchange of current and accurate data, establishing procedures for successful data exchange is needed for effective product design and realisation projects. The work found in this study benefits a collaborative engineering strategy for testing available software applications, and their neutral exchange file types, which will be used in a bigger project among stakeholders in the product design or manufacturing phase. A collaborative methodology for future larger scale projects that would be done with a team, who has access to different software, has been tested on a smaller example in this study using a cordless hand drill reverse engineering project. This research aimed to establish a model for the start-up and testing of a virtual collaborative tool set-up for a future engineering collaboration on product design and realisation projects. A real case study was considered in this project to simulate a real situation, not uncommon for modern design and manufacturing projects, especially while collaborators are from mid-sized companies and working for a larger supplier. The proposed approach is a possible solution to accelerate the identification of possible problems in data conversion as early as in the design phase.

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Section: Product Realisation Technologies For Product Design and Manumentioning

confidence: 99%

Early problems identification in collaborative engineering with different product data modelling standards

Jovanović

Guerra-Zubiaga

et al. 2014

International Journal of Computer Integrated Manufacturing

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“…InTao & Qi (2019), the positions of PDM systems were defined in the context of information technologies based on smart manufacturing Kim et al (2001). investigated the standardisations of PDM systems and the PDM system to be chosen in the concept Do (2014). explained the importance and necessity of PDM, not only for manufacturing but also for increasing service qualities Jin et al (2014).…”

mentioning

confidence: 99%

Management of the engineering data for manufacturing

Atakök¹,

Cun²

2021

JER is an international, peer-reviewed journal that publishes f

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Most companies have adopted the use of computer integrated engineering software to cope with the increasing competition and pressure to produce better quality and at a faster rate, enhancing their systems on this basis. Models are designed on computers, designs are validated in the software and tool paths for manufacturing are generated in different specific software. All engineering information is generated and stored in computers. This development enhances faster rate of works in companies; however, some problems such as the management of the data arise. All departments in a business work separately, but for the same purpose. It is required for each department to have access to related information. The existence of a system in which the information is checked and managed depending on their creation time, versions and the department is of importance. In this article, a system that allows not only the mechanical design department but also the manufacturing, storage, process planning, quality control, electrical design, purchasing departments, etc. to have access to the required information has been developed. In the absence of this kind of system, loss of time, scraps and loss of engineering time would be investigated. After starting up the system, its benefits are defined. Tracing the workflows for management purposes would be handled by the system. A 'Validation of Design' process is modelled for the company. The information can be accessible to only those responsible for the data, and not anyone else. This allows users to work in a better environment, hence, increases productivity.

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Overview of IoT-Enabled Manufacturing System

Zhang¹,

Tao

2017

Optimization of Manufacturing Systems Using the Internet of Things

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Developing a product data model using the STEP PDM schema for integrating specifications of technical services

Cited by 3 publications

References 9 publications

Early problems identification in collaborative engineering with different product data modelling standards

Early problems identification in collaborative engineering with different product data modelling standards

Management of the engineering data for manufacturing

Overview of IoT-Enabled Manufacturing System

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