Sentence examples for materials offer many from inspiring English sources

Compared to traditional steel, polymer-based composite materials offer many advantages (weight, resistance, aging, etc).

Although composite materials offer many advantages in the designing and manufacturing of structures, they cannot replace the wide range of using metallic materials.

Novel engineered nanostructures which exhibit superior optical and other physical properties with respect to conventional materials offer many opportunities for the assessment of toxic air contaminants [1,2].

Despite the fact that high-performance polymeric materials offer many advantages over conventional metals, their flammability and possible release of toxic byproducts increase the fire risk and thus the introduction of flame-retardant additives are the easiest way to diminish the polymer flammability.

Natural materials offer many advantages as sustained release carriers for growth factors, such as reducing rejection and immune stress and having good biodegradability.

Such resorbable fixation materials offer many advantages for osteosynthesis over titanium screws in oral maxillofacial surgery, because several of the above-mentioned problems arising from the need to remove the bone fixing screws are eliminated [ 7- 9].

It has been demonstrated by many authors that the internal damping mechanism of the viscoelastic materials offers many possibilities for practical engineering applications.

The application of the BEM on an inhomogeneous body consisting of many different materials offers many possibilities to solve complicated engineering problems with an irregular or regular geometry.

Researchers add that printing a single robot comprised of multiple materials offers many advantages over traditional building techniques, opening doors to even more mechanically intricate designs.

This substrate material offers many advantages from the epitaxial and device processing points of view.

Although new electrode materials may take years, if not decades, to mature before they can become compatible with other components of Li-ion battery technology, exploring new phenomena on the existing electrode materials could offer many practical avenues for improving the existing technology.