Natural The influence of adding various natural fibers on

Natural fiberswere used in ancient Egypt and China as reinforcement for building materialsfor pyramids and the great wall. In recent years, due to theincreasing environmental awareness, natural fibers have gained popularity byreplacing their synthetic counterparts as light-weight reinforcement forpolymers and inorganic polymers (i.e.

geopolymers). The reasons can beattributed to the fibers’ relatively low cost and low density, acceptablespecific properties, ease of separation, enhanced energy recovery, CO2neutrality, biodegradability, and recyclable properties. In addition,natural fibers are durable, reliable, lightweight, and have excellentmechanical properties. For instance, geopolymers have recently become apromising ecological alternative to the traditional cementitious material. Theyare cost-effective, environmentally friendly and their production involvesrelatively small amount of energy. They also have good compressivestrength, durability and thermal properties being highly resistant to flame andheat. However, geopolymers have relatively low tensile and flexural strength,which limits their use in many areas.

Best services for writing your paper according to Trustpilot

Premium Partner
From $18.00 per page
4,8 / 5
4,80
Writers Experience
4,80
Delivery
4,90
Support
4,70
Price
Recommended Service
From $13.90 per page
4,6 / 5
4,70
Writers Experience
4,70
Delivery
4,60
Support
4,60
Price
From $20.00 per page
4,5 / 5
4,80
Writers Experience
4,50
Delivery
4,40
Support
4,10
Price
* All Partners were chosen among 50+ writing services by our Customer Satisfaction Team

The mechanical properties ofgeopolymers can be significantly improved by reinforcement with natural fibers.The resultant polymer and inorganic polymer composites are significantly betterthan those of traditional materials and they are fueling the growing demand fornatural fibers in various industries such as automotive, building, andconstruction.This book providesan overview on the latest advances in the synthesis, characterisation andmechanical properties of polymers and geopolymers reinforced with naturalfibers such as pulp-fiber, cotton, sisal, flax and hemp. The influence ofadding various natural fibers on the mechanical properties of these compositesis discussed.

Potential applications, challenges, and future directions ofthese composites are highlighted and addressed.Natural fiberswere used in ancient Egypt and China as reinforcement for building materialsfor pyramids and the great wall. In recent years, due to theincreasing environmental awareness, natural fibers have gained popularity byreplacing their synthetic counterparts as light-weight reinforcement forpolymers and inorganic polymers (i.e.

geopolymers). The reasons can beattributed to the fibers’ relatively low cost and low density, acceptablespecific properties, ease of separation, enhanced energy recovery, CO2neutrality, biodegradability, and recyclable properties. In addition,natural fibers are durable, reliable, lightweight, and have excellentmechanical properties. For instance, geopolymers have recently become apromising ecological alternative to the traditional cementitious material. Theyare cost-effective, environmentally friendly and their production involvesrelatively small amount of energy.

They also have good compressivestrength, durability and thermal properties being highly resistant to flame andheat. However, geopolymers have relatively low tensile and flexural strength,which limits their use in many areas. The mechanical properties ofgeopolymers can be significantly improved by reinforcement with natural fibers.The resultant polymer and inorganic polymer composites are significantly betterthan those of traditional materials and they are fueling the growing demand fornatural fibers in various industries such as automotive, building, andconstruction.This book providesan overview on the latest advances in the synthesis, characterisation andmechanical properties of polymers and geopolymers reinforced with naturalfibers such as pulp-fiber, cotton, sisal, flax and hemp. The influence ofadding various natural fibers on the mechanical properties of these compositesis discussed. Potential applications, challenges, and future directions ofthese composites are highlighted and addressed.