New methodology to explore the role of visualisation in aircraft design tasks

Dineva, Evelina; Bachmann, Arne; Moerland, Erwin; Nagel, Björn; Gollnick, Volker

doi:10.1504/ijasm.2014.065356

Cited by 8 publications

(3 citation statements)

References 27 publications

(28 reference statements)

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“…To harness the full benefits of 3D data, the manufacturing industries require simple solutions for the efficient use of IT technology, including consistency in processes. There are further requirements for lightweight 3D formats for the visualization and downstream processes, complementary formats in order to exchange meta data, structure data and kinematics data as well as open and standardized formats to reduce total cost of ownership and to minimize dependency of single vendors [26,28,29]. At this time, commercial formats JT and 3D PDF fulfil most of criteria and can be included in many industrial workflows [30,31].…”

Section: Discussionmentioning

confidence: 99%

Product Lifecycle Visualization

Katzenbach¹,

Handschuh

Dotzauer

et al. 2015

Concurrent Engineering in the 21st Century

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When products are developed in 3D using engineering applications, the data is initially stored in the native format of the used CAD software. If this 3D CAD data is to be shared with people who do not have this software or to be consolidated with visualization data from other sources, neutral 3D formats are needed. For visualization of product data in the engineering field-regardless of native CAD formats-a plethora of 3D formats are available. Among these are disclosed or standardized formats like PDF from Adobe, JT and also X3D, Collada and STEP. The choice of a format has many implications, including the options available for using the data and the resulting follow-up costs. For this reason product lifecycle visualization is a rising discipline for product lifecycle management. This chapter provides an overview of the industrial challenge, technical background and standardization, typical applications, and evaluation and testing in the field of engineering visualization with neutral 3D formats. The chapter is completed by assessment approach for 3D formats and examples from the industrial practice in various fields.

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Section: Discussionmentioning

confidence: 99%

Product Lifecycle Visualization

Katzenbach¹,

Handschuh

Dotzauer

et al. 2015

Concurrent Engineering in the 21st Century

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“…The design process needs to take into consideration that some aircraft parts will have reduced strength. 6 This has led to emergent techniques in wing structures by combining carbon fiber cloth and resin epoxy matrix under elevated temperature to produce a strong material. The end product is tough and can withstand fatigue at high altitude and contribute strength-to-weight ratio characteristics.…”

Section: Introductionmentioning

confidence: 99%

Failure mode–driven quality analysis of operational risks for composite fiber-reinforced plastic assembly

Suparayan

2017

Proceedings of the Institution of Mechanical Engineers, Part B:

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Composite fiber-reinforced plastic products have many failure modes in the manufacturing stage. The cost of rework is high. To ensure a reliable manufacturing process and outcome, this article presents a new method to prioritize assembly process errors according to a risk-based cost of poor quality. The method combines a range of reliability techniques including cause–effect diagram, fault tree, and analytic hierarchy process to achieve multiple failure mode assessment. The outcome of this research provides direct links to develop risk mitigation plans to treat the prioritized risks of production errors in the composite fiber-reinforced plastic assembly process.

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“…Tighter collaboration among business partners and streamlined integration of engineering processes are becoming essential elements for success in the competitive global environment (Kao et al, 2005). As a comprehensive and systematic approach, concurrent engineering (CE) is widely used in the engineering field (Ito, 2014), for example, aerospace vehicles and aircraft design (Kolonay, 2014;Dineva et al, 2014). Design is a kind of highly complex activities with a large number of coupling relationships existing among essential design factors (EDF) and design resources.…”

Section: Introductionmentioning

confidence: 99%

A hierarchical method for coupling analysis of design services in distributed collaborative design environment

Cha

2015

IJASM

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Abstract:Design is a kind of highly complex activities with a large number of coupling relationships existing among essential design factors and design resources. This paper investigates the approach and mechanism of distributed design resources integration and binding in collaborative design process based on service-oriented architecture. A SORCER-based collaborative design environment is presented. An essential design factors matrix is designed as the binding mechanism to drive distributed design resources integration process during the design tasks execution time. Then, a coupling analysis method for design service modelling and execution is proposed. In order to build a multi-resolution coupling model in the local and global size, an essential design factors binding matrix and an essential design factors matrix group are adopted to express the internal relationships between design services. A hybrid approach, based on the partitioning operation, clustering operation and the genetic algorithm, are used to solve the coupling sets for global essential design factors.Keywords: cloud manufacturing; coupling analysis; essential design factors matrix; design service; resources integration.Reference to this paper should be made as follows: Li, N., Xu, W. and Cha, J. (2015) 'A hierarchical method for coupling analysis of design services in distributed collaborative design environment', Int.

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New methodology to explore the role of visualisation in aircraft design tasks

Cited by 8 publications

References 27 publications

Product Lifecycle Visualization

Product Lifecycle Visualization

Failure mode–driven quality analysis of operational risks for composite fiber-reinforced plastic assembly

A hierarchical method for coupling analysis of design services in distributed collaborative design environment

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