Composite materials of
construction, machinery and other similar applications are formed by combining
two or more materials, so that the components of the composite materials are
still distinguishable, and not quite contradictory. An example of a composite
material is made of cement that is used in cement binder’s reinforced gravel.
In many cases, concrete reinforcement used to strengthen the second, so it's a
three-phase composite, because the three elements involved.
Composite materials build on
the strengths and abilities in different materials. In case of mud bricks and
straw, for example, mud is a great binder, but it cannot withstand compression
and strength as well. Straw, on the other hand, is well able to withstand
compression without crumbling or breaking, so it serves to reinforce the
binding nature of the mud. Humans have been the creation of composite materials
to build solid objects and lighter for thousands of years.
The vast majority of composite
materials, the introduction of two mixtures: a binder or matrix and
reinforcement. Adopted by a stronger and more rigid, forming a sort of
backbone, while the matrix to strengthen implementation. The binder is also
strengthening the protection that may be brittle or fragile, such as long glass
fiber used to make plastics with glass fiber. In general, composite materials
have excellent compressibility, combined with good tensile strength, so they
are wider range of situations.
Engineers build anything from
a patio on a plane; see the unique stresses that the building will suffer. The
temperature varies greatly, external forces, and water erosion and chemical are
accounted for needs assessment. When the production of air, for example,
engineers need a lightweight and durable material able to isolate and protect
passengers and air surface. The air can fail catastrophically if pure metal a
small crack appeared in the aircraft skin. On the other hand, by integrating
the air as composite materials reinforced with fiberglass, graphite and other
hybrids are stronger and less prone to breakage points of stress related to
turbulence.
Many composite materials are
composed of layers or strata, with a woven fiber reinforcement sandwiched
between layers of plastic binder or the like. These composite materials have
the advantage of being very malleable, like the hull of a fiberglass boat.
Composites have revolutionized many industries, the aerospace industry,
particularly where the development of high quality materials in composite
enables companies to build bigger and better aircraft.
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