Sentence examples for high-strength composite from inspiring English sources

These results are of key importance for the consequent development of high-strength composite proppants.

The presented results prove the essential role of the micromechanical variables in the design of high-strength composite curved panels.

With steel prestressing wires tensioned around core, Prestressed Concrete Cylinder Pipe (PCCP) is a high-strength composite pipe designed for large-diameter water propagation and distribution.

The experimental results are employed to calibrate the specifications in the codes (EC4, ACI and AISC) for the design of high-strength composite columns.

His interest and skill in the domain of air and lightness, are the result of his experiences in aeronautics (as pilot and pilot instructor, as a designer of air fields and as a researcher, designer and constructor of experimental aircrafts) which allowed him to venture into the science of materials, including fluid mechanics, high-strength composite materials, laminar and alveolar structures etc.

High-strength composite fibers were prepared from polyvinyl alcohol (PVA) (Degree of polymerization: 1500) reinforced by single-walled carbon nanotubes (SWCNTs) containing few defects.

They have shown potential applications in many areas, such as conductive and high-strength composites.

Lewis says that if the process of harvesting silk from cell cultures is perfected, it will lead to ultrastrong, flexible fibers for everything from artificial tendons and ligaments to lightweight body armor and high-strength composites.

But carbon nanofibers could be worth far more, perhaps as much as $25,000 per metric ton, because they are widely used in making lightweight, high-strength composites for applications such as car bumpers and airplane parts.

The following application can be noted: high-strength composites [54, 56 61], actuators [62], energy storage and energy conversion devices [63], nanoprobes and sensors [61], hydrogen storage media [64], electronic devices [65], and catalysis [66].

Because of their excellent mechanical, electrical, and thermal properties, carbon nanotubes (CNTs) have been used in many areas such as conductive or electromagnetic devices, sensors, high-strength composites, and multifunctional membranes [1 4].