LAP Lambert Academic Publishing Properties and Ageing of Biocomposites: Effect of Natural Fibre Treatments & Processing and Variation in Composites Manufacturing Processes & Conditions

Natural fibers and their composites have a momentous history in the advancement of human civilization. The most primitive example of composite materials comprised straw and mud in the form of bricks for building constructions and the most advanced example is their use on aircrafts in highly demanding environments. The progressive dwindling of fossil fuels, radical rise in petroleum prices, and increasing consumer interest in sustainable green products- have generated considerable interest in the development of composites based on natural fibres as low cost alternatives to glass. Incorporation of natural fibres into polymer matrices can reduce the overall usage of petrochemicals, thereby decreasing the release of sequestered carbon; increasing the use of renewable materials and reducing the ecological impact of petroleum based synthetic materials. This book will be a valuable resource for composites researcher that contains a comprehensive literature review on natural fibre polymer composites and experimental work on hemp fibre treatments, processing and characterization and processing, properties and ageing on hemp/epoxy and hemp/polylactide bicomposites. About the Author Mohammad S. Islam completed BSc.Eng at Shahjalal University, BD, in 1999 and then worked there as a Lecturer for 5 yrs. He completed PhD at Waikato University, NZ, in 2009. Prior to joining at Minho University, Portugal, in 2011, Dr Islam held Materials Scientist position in Pultron Composites, NZ and Postdoc position at CSIRO MSE, Australia. Mohammad S. Islam completed BSc.Eng at Shahjalal University, BD, in 1999 and then worked there as a Lecturer for 5 yrs. He completed PhD at Waikato University, NZ, in 2009. Prior to joining at Minho University, Portugal, in 2011, Dr Islam held Materials Scientist position in Pultron Composites, NZ and Postdoc position at CSIRO MSE, Australia.