Value engineering and value analysis of rear air spring bracket

Vijayan, R.; Geetha, T. Thanka; Nishanth, B.; Tamilarasan, M.; Kumar, V. Vijaya

doi:10.1016/j.matpr.2019.05.198

Cited by 6 publications

(6 citation statements)

References 12 publications

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“…It is presumed that there is just flexible distortion of section openings up to 300 points of contorting and clinicians could keep up inside these force cutoff points to dodge plastic twisting prompting inappropriate teeth position. Vijayan and Geetha et al [45] focused on valuable and valuable research on the part that can be seen throughout the suspension frame without affecting the presentation and nature. The existing rear-air section model is more costly and heavier.…”

Section: The Materials Used In the Am Processmentioning

confidence: 99%

A Comprehensive Literature Research of the Additively Manufactured Airborne Parts

Saraçyakupoğlu

2022

Journal of Aviation Research

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Section: The Materials Used In the Am Processmentioning

confidence: 99%

A Comprehensive Literature Research of the Additively Manufactured Airborne Parts

Saraçyakupoğlu

2022

Journal of Aviation Research

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“…Material saving can be achieved only through optimizing the volume of the shape (Elia, Ridzal, and Shashkav, 2016). The engineers are prompted to look for rigorous methods of decision making such as optimization (Vijayan et al, 2019;Georgioudakis, Lagaros, and Papadrakakis, 2016;Tanlak, Sonmez, and Senaltu, 2015). As a result, value engineering methods was developed to help engineers design systems that focuses lot on efficiency & economy and to develop innovative methods to improve the performance of the existing systems (Swartjes et al, 2017).…”

Section: 6mentioning

confidence: 99%

Value Analysis and Value Engineering on the Sustainability of Global Sourcing Competitiveness

Lee¹,

Wang²

2021

Journal of Applied Finance &Amp; Banking

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In this research, the sustainability and global sourcing competitiveness of international cruise ships is studied. The sustainability and competitiveness is just like two sides of a coin. On one hand, reducing the pollution and raw material waste is not only to protect our precious nature resources, but also to bring the cost down. On the other hand, a good global sourcing decision could deliver the cost saving and also keep the cruise ship industry towards the sustainable way. Therefore, in order to reach the goals of sustainability and competitiveness, the cruise ships may apply the current common practice of value analysis and value engineering to identify the possible global sourcing opportunity. This short exploratory paper outlines some of the characteristics of value analysis and value engineering, as illustrated by sustainability of global sourcing competitiveness. Eventually, the discussion of this paper provides some implications for international cruise ship companies. JEL classification numbers: F16, F60, Q23. Keywords: Value Analysis, Value Engineering, Sustainability, Global Sourcing.

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“…Silaskar and Shinde [18] performed the VE concept to find the weight optimisation of the ball valve used hydraulic system by changing the ball valve design and examining it through simulation software to check the tensile stress. Vijayan et al [19] apply the VE concept to reduce the cost and weight of air suspension products by redesigning the product and analysing the stress and resultant displacement using simulation software. Kalluri and Kodali [20] have implemented VE methodology for hydraulic systems for agricultural and construction equipment by alternating the grade of materials, changing the manufacturing method, and finding possible alternative solutions.…”

Section: 2mentioning

confidence: 99%

Developing a Hybrid Value Engineering and Risk Assessment (Venra) Framework for Shipbuilding and Ship Repair Industry Performance Measurement

Baihaqi¹,

Lazakis²,

Kurt³

2021

ICSOTI21

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This paper proposes a novel performance measurement framework to enhance the decision-making process in assessing the ship manufacturing (shipbuilding, ship repair, and ship conversion/modification) industry. Integrated Value Engineering and Risk Assessment (VENRA) approach performance measurement for ship manufacturing is developed to tackle the problem. Thorough literature and critical study of the existing performance measurement for ship manufacturing are reviewed to create novel VENRA performance measurements. The attributes collected from the literature are grouped into four criteria performance, named VENRA attributes, combining the technical, business, external and safety/risk performance groups. The initial model will be assessed through fuzzy DEMATEL TOPSIS to achieve the weighted score of each attribute. The framework will be applied to three shipyard case studies in Indonesia. The quantitative data (from shipyards) and qualitative data (from expert opinion/judgment) will be included to get the results and the framework’s effectiveness.

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Value engineering and value analysis of rear air spring bracket

Cited by 6 publications

References 12 publications

A Comprehensive Literature Research of the Additively Manufactured Airborne Parts

A Comprehensive Literature Research of the Additively Manufactured Airborne Parts

Value Analysis and Value Engineering on the Sustainability of Global Sourcing Competitiveness

Developing a Hybrid Value Engineering and Risk Assessment (Venra) Framework for Shipbuilding and Ship Repair Industry Performance Measurement

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