Composite materials are becoming more important in construction of aerostructures. Air craft parts are made from composite materials such as fairings,spoilers and flight controls were developed for their weight saving over aluminium parts. New generation aircraft are designed with all composite FUSELAGE and wing structures. These are also the advanced polymer matrix composites. They have the desired physical and chemical properties. These are generally characterized and detected by their unusually high stiffness or modulus of elasticity. These Advanced composite matrix are used in REINFORCED MATRIX COMPOSITION.

COMPOSITE APPLICATIONS :

Transportation :

Ground, air, marine, space

Military :

armor, weapons, containers

Sporting goods :

golf, tennis, fishing, helmets,

wheels, skis/snow boards, kite and

wind surfing, snow machines, gun

components

Building materials :

pipes, beams, panels, bridges,

roofing, decking, signs, furniture

Medical :

prosthetic devices, braces,

enclosures, body moving aids

Advantages :

stiffness, TS/p, high fatigue life,

corrosion resistant,

complex shapes,

smooth skin, stealth,

multiple mfg methods

Disadvantages :

high labor, material and capital

costs,

storage of materials

damage and repairs

safety concerns

To know More about the Advanced Composite Materials Grab the chance and attend the forthcoming Conference : 5th International Conference on Advanced Material Research and Nanotechnology.

Dates of the Conference : September 17-18, 2018

Venue : Berlin, Germany