In many applications the use of composite materials can offer significant weight reduction opportunities, which can have a positive influence on the life cycle impact of a component or system primarily through energy saving effects in the use phase. The impact associated with the production and end-of-life (EOL) phases, however, forms a possible counter indication for systematic replacement of conventional structures by composite solutions. Bio-composites are considered a promising strategy to limit production and EOL impact. In this paper a comparative LCA study is presented for flax fibre reinforced composites based on PP on the one hand, and functionally equivalent glass fibre reinforced PP composites on the other. The analysis results a...
Ocean levels and the temperature of sea beds have been observed to be progressively increasing with ...
The environmental advantage of using cellulose-based natural fibers in place of glass fibers as rein...
The use of flax fibres in the composites industry has been steadily growing, thanks to their good me...
In many applications the use of composite materials can offer significant weight reduction opportuni...
This study is related to evaluate work based on literature study of life cycle analysis of natural f...
International audienceNowadays, Eco-design is mainly carried out through Life Cycle Assessment (LCA)...
The study implements the consequential life cycle assessment (CLCA) to provide a market based perspe...
International audienceThe use of natural materials in the creation of new composites has increased t...
International audienceExtensive studies on biocomposites are already available in the literature. Ho...
This article summarizes the energy savings and environmental impacts of using traditional and bio-ba...
The ISO 14040 series of standards describe the principles and framework for the conduct of life cycl...
The present study combines the generalized rule-of-mixture (ROM) model and the Ashby material select...
The view towards a sustainable bioeconomy is increasing the interest of using renewable natural reso...
This thesis aims to investigate the sustainability of bast fibres specifically flax fibres as the re...
Flax fibre composites are now widely used in various industries, such as automotive, in replacement ...
Ocean levels and the temperature of sea beds have been observed to be progressively increasing with ...
The environmental advantage of using cellulose-based natural fibers in place of glass fibers as rein...
The use of flax fibres in the composites industry has been steadily growing, thanks to their good me...
In many applications the use of composite materials can offer significant weight reduction opportuni...
This study is related to evaluate work based on literature study of life cycle analysis of natural f...
International audienceNowadays, Eco-design is mainly carried out through Life Cycle Assessment (LCA)...
The study implements the consequential life cycle assessment (CLCA) to provide a market based perspe...
International audienceThe use of natural materials in the creation of new composites has increased t...
International audienceExtensive studies on biocomposites are already available in the literature. Ho...
This article summarizes the energy savings and environmental impacts of using traditional and bio-ba...
The ISO 14040 series of standards describe the principles and framework for the conduct of life cycl...
The present study combines the generalized rule-of-mixture (ROM) model and the Ashby material select...
The view towards a sustainable bioeconomy is increasing the interest of using renewable natural reso...
This thesis aims to investigate the sustainability of bast fibres specifically flax fibres as the re...
Flax fibre composites are now widely used in various industries, such as automotive, in replacement ...
Ocean levels and the temperature of sea beds have been observed to be progressively increasing with ...
The environmental advantage of using cellulose-based natural fibers in place of glass fibers as rein...
The use of flax fibres in the composites industry has been steadily growing, thanks to their good me...