Reuse of components is one of the most efficient strategies for product recovery, which requires reliable methods for assessing the quality and the remaining life of used components. A new methodology, presented in this paper, is based on the trend analysis of lifetime monitoring data. Data with similar trends were grouped and a number of analysis techniques such as Linear Multiple Regression, Dynamic Ordinary Kriging, Universal Kriging and Neural Networks were applied in order to find the most suitable methodology for each group. The methodology was validated by using lifetime monitoring data from a consumer product
Information on product use conditions is essential for sound strategies of product service as well a...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...
Environmental awareness and legislative pressures have made manufacturers responsible for the take-b...
This paper presents a two-stage integrated approach to assess the reliability of components for reus...
Strategies for reuse of components are important in order to create a closed loop manufacturing syst...
Product take-back legislations coupled with increased consumer awareness regarding the impact manufa...
Information on product use conditions is essential for sound strategies of product service as well a...
Reuse of components as opposed to material recovery, recycling or disposalhas been identified as one...
A state-of-the-art prediction of the remaining life of a product is discussed in detail in this pape...
With rapid changes in technology and customer preferences, functional obsolescence of used products ...
Information on product use conditions is essential for sound strategies of product service as well a...
Reuse is one of the most end-of-life strategies for sustainable design. This paper presents a method...
[[abstract]]To ensure the sustainability, industries have to move forward to product recovery strate...
Over the last decade, a rapid development of internet, wireless mobile telecommunication, and produc...
Information on product use conditions is essential for sound strategies of product service as well a...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...
Environmental awareness and legislative pressures have made manufacturers responsible for the take-b...
This paper presents a two-stage integrated approach to assess the reliability of components for reus...
Strategies for reuse of components are important in order to create a closed loop manufacturing syst...
Product take-back legislations coupled with increased consumer awareness regarding the impact manufa...
Information on product use conditions is essential for sound strategies of product service as well a...
Reuse of components as opposed to material recovery, recycling or disposalhas been identified as one...
A state-of-the-art prediction of the remaining life of a product is discussed in detail in this pape...
With rapid changes in technology and customer preferences, functional obsolescence of used products ...
Information on product use conditions is essential for sound strategies of product service as well a...
Reuse is one of the most end-of-life strategies for sustainable design. This paper presents a method...
[[abstract]]To ensure the sustainability, industries have to move forward to product recovery strate...
Over the last decade, a rapid development of internet, wireless mobile telecommunication, and produc...
Information on product use conditions is essential for sound strategies of product service as well a...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...
The environmental problem is an extensive, complex problem, and some example areas of study are ener...