Composites focus for the BTMA
Most composite technologies that have emerged from BTMA members are now far in advance of those traditionally
Defects and damage occur in all materials. In fibre-reinforced polymer composites (FRPs) defects and failure modes can be very different from those in metallic and other materials.
Over the last few decades non-destructive inspection and monitoring methods have developed both to assure quality and consistency in manufacturing and to identify and predict defects in service due to fatigue or damage. Capability is growing in maturity in several sectors, especially aerospace, renewable energy and construction. Techniques for repair are well established, though in some cases further work may be needed to establish standardisation and good practice.
This event will showcase the latest non-destructive evaluation and testing (NDE/T) technologies, structural health monitoring (SHM) techniques and approaches to repair for composite materials through case study presentations and demonstrations.
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Biocomposite of the Year 2019 award announces nominees
Display Name 24th October 2019, 10:21AMtest IC
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Echo 2nd September 2019, 10:24AMI wonder where all those people will stand while the (hopefully fully automatic) machines are running..?
ICRACM-2019
anang desai 5th November 2018, 04:26AMpl inform venu in varanasi and i would like to attend the event
A new raw material from the ocean?
[email protected] 14th September 2018, 18:26PMAfter the millions tons of plastic pseudo-islands, in ocean to create a false food to marine fauna, the gift a a new material from ocean, made from alga fibers is indeed a generous gift that nature provides to the plastic and textile technology of reinforcement! Welcome!
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[email protected] 14th September 2018, 17:50PMThe recent achievement at ORNL is a positive challenge to CF technology. The potential of the the benefits of THE INNOVATIVE technology with the low cost of textile fiber has the potential to cut the manufacturing cost by 50% open THE HIGH SERIES markets VIA the atmospheric plasma oxidation technology developed by ORNL and RMX Technologies and adds to the evolution of CN carbonization to other chains provided by proper lignine sources, capable to spin at few thousands m/min... It takes time and convincing strong technologies.