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The Future is in the Composites

Posted on 18 Sep 2014 in Blog | 0 comments

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Are you familiar with composites? If not, this is the right time for you to have a clear and better understanding about the future in the composites.

The composites industry started to recognize that commercial applications of composites have the ability to offer huge business opportunities compared to the well known aerospace sector. This is one of the reasons why the composite applications from aircraft to commercial uses become prominent in the present time.

 

 

 

 

Composites: A Vision for the Future

In the last 30 years, ceramics, plastics and composite materials are recognized as dominant and emerging materials. The number and volume of applications of composite materials have grown drastically and conquering markets persistently. The existence of modern composite materials has the potential to constitute the proportion of engineered materials market ranging from daily products to complicated niche applications. In line with this, composites have the ability to meet the diverse design and requirements with weight savings and weight ratio as compared to the conventional materials. The use of composites than metals has resulted in savings of weight and cost. Some examples of these include blade
containment bands, ducts, tubes, cylinders, replacement for metallic parts, curved fillets and fairing and cascades for engines.

In the recent year, composites are widely used for strengthening or rehabilitation of pre-existing structures that should be retrofitted in order to make it seismic resistant. In connection with this, composites can also be used to repair damage that is being caused by seismic activity. There are also advantages of using composite materials such as the composite parts have the ability to eliminate fasteners or joints, integrated design and part simplification than the conventional one, it can also improved the appearance of smooth surfaces and at the same time incorporate to the integral decorative of malamine.

When you hear the term “composite material”, what is the first thing that comes into your mind? According to researches, composite material can be defined as a blend of two immiscible components with different structures. Individuals use to combine the features to come up with overall performance.

Furthermore, composites are made of other additives and components such as flame retardants, conductive fillers, UV stabilizers and compatibilizers. It is also made of thermoplastic or also known as thermosetting polymer matrix that has the ability to give the material its cohesion and shape. It can also distribute the stresses and at the same time protect the fibers from the environment.

The main function of continuous or long fibers is to provide rigidity and strength. The matrix of composites can be ceramic, metal and carbon. The ultimate strength of composites is that the properties are adjustable in accordance to the design parameters that include nature of the matrix, arrangement of folds, fiber architecture and orientation, rate and nature. In line with this, the composite material can be electrically insulating and thermally conductive and this is one of the reasons why it has coefficient thermal expansion that is very specific to the application.

Composite material has complex geometries and large dimensions and at the same time it can also incorporate various features like protection and decorative elements.

Advanced Composite Materials of the Future in Aerospace Industry

Composites in Space ship industry

Composites are considered as a revolutionary underway in commercial aircraft manufacturing. There are a wide variety of salient reasons for aircraft manufacturers to make use of composites. For those airlines that want to use composites in their fleets, they don’t need to worry since composites are widely available in the present year.

Most composite materials attain greater strength characteristics unlike the traditional metallic materials. Composites can also reduce the aircraft weight as well as the fuel cost in every passenger carried. According to studies, composites are more resistant compared to metal since it can result to fewer costly inspections over the lifespan of the aircraft as well as the time spent in air making money.

Composite material is a kind of material that usually consists of strong load materials. The stronger material is usually referred as reinforcement while the weaker material is referred as matrix. The reinforcement is the one that provides rigidity and strength that plays a vital role in supporting the structural load. The matrix or also known as the binder is the one that is responsible to maintain and help the orientation and position of the reinforcement. It is very important that you are aware about the composite materials of the future especially in the industry of aerospace.

The Current and Future Trends of Composite Materials: An Experimental Study

The ultimate usage of composite materials can range from simple household up to light to heavy industrial purposes like oilfield applications. Humans are using composite materials for almost years and this is one of the reasons why composite materials play a significant role in the future trends.

According to researches, fiberglass is considered as the 1st modern composite material that was developed in the late 1940s. However in the recent year, fiberglass is still well known by most people. Composite is a term with various meanings among manufacturers and engineers however composite material can be defined as a kind of composite with two dissimilar materials which when combined are stronger than the individual. The general definition of composite material covers different types of pipes that are being used in transmission of natural gas and oilfield. It includes thermosetting pipes, plastic and metal.

Advanced and Future Trends of Composite Fibres in the Automotive Industry

The composite fibers in automotive applications include composite fiber reinforced plastics, glass carbon natural fibers, fiber wood and non-wood structural. The use and creation of composite materials is the mixing of separate materials designed to successfully create one material. It is a fact that composites are environmentally friendly and this is one of the reasons why until now composites are being used by most people especially in the field of automotive industry.

By creating a single product from the combination of others, more effective and stronger product is the usual end result. Just like creating composite molding that is intended for vehicles. In the present year, the use of composites for the production of vehicle parts become popular and most people are using composite material in creating their vehicles.

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