Recently, natural fibers become an attractive to automotive industry as an alternative reinforcement for glass fiber reinforced thermoplastics. Additionally, natural fiber components in the automotive industry can provide numerous advantages compared to synthetic conventional such as reduction of weight and cost, recyclability, renewability and in addition to eco-efficiency. Thus, the use of natural fibers in automotive industry has shown increasingly stringent environmental criteria. Furthermore, amongst grouped bast fibers such as flax, hemp, jute, ramie and kenaf; kenaf fiber seen as potential natural fiber with robust mechanical properties. Kenaf fiber had been explored to enhance desired mechanical properties as an automotive structur...
The utilisation of natural fibres in composite materials is expanding because of an enactment that ...
Kenaf fibre has emerged as an important plant cultivated in Malaysia and has been regarded as an ind...
Natural fibers have the potential to replace glass fibers in fiber-reinforced composite applications...
Recently, natural fibers become an attractive to automotive industry as an alternative reinforcement...
Recently, natural fibers become an attractive to automotive industry as an alternative reinforcement...
The study of the kenaf core fiber – polymer composites was done by preparing a kenaf/polymer composi...
This review paper deals with the previous and current works published on the kenaf fiber composites....
Increasing environmental concerns have encouraged researchers worldwide to expand the invention of n...
The primary advantages of using natural fibers as reinforcements in plastics are numerous. Such fibe...
This paper closely reviews the prospective utilization of natural fibres e.g. jute, kenaf and allied...
Natural cellulosic fibres, such as kenaf, can be used in polymeric composites in place of synthetic ...
The utilisation of natural fibres in composite materials is expanding because of an enactment that ...
This review paper deals with the previous and current works published on the kenaf fiber composites....
Recently development of high-performance polymer composites made from natural resources in the vario...
The natural fiber are currently replacing the synthetic fiber for automobile structural application....
The utilisation of natural fibres in composite materials is expanding because of an enactment that ...
Kenaf fibre has emerged as an important plant cultivated in Malaysia and has been regarded as an ind...
Natural fibers have the potential to replace glass fibers in fiber-reinforced composite applications...
Recently, natural fibers become an attractive to automotive industry as an alternative reinforcement...
Recently, natural fibers become an attractive to automotive industry as an alternative reinforcement...
The study of the kenaf core fiber – polymer composites was done by preparing a kenaf/polymer composi...
This review paper deals with the previous and current works published on the kenaf fiber composites....
Increasing environmental concerns have encouraged researchers worldwide to expand the invention of n...
The primary advantages of using natural fibers as reinforcements in plastics are numerous. Such fibe...
This paper closely reviews the prospective utilization of natural fibres e.g. jute, kenaf and allied...
Natural cellulosic fibres, such as kenaf, can be used in polymeric composites in place of synthetic ...
The utilisation of natural fibres in composite materials is expanding because of an enactment that ...
This review paper deals with the previous and current works published on the kenaf fiber composites....
Recently development of high-performance polymer composites made from natural resources in the vario...
The natural fiber are currently replacing the synthetic fiber for automobile structural application....
The utilisation of natural fibres in composite materials is expanding because of an enactment that ...
Kenaf fibre has emerged as an important plant cultivated in Malaysia and has been regarded as an ind...
Natural fibers have the potential to replace glass fibers in fiber-reinforced composite applications...