Sentence examples for mechanical components which from inspiring English sources

Supersonic ejectors are simple mechanical components, which generally perform mixing and recompression of two fluid streams.

Modern photonic devices require more and more compact integration of photonic components and mechanical components, which, however, will cause interference and degrade the photonic performance.

Information gathered from the system has identified damage to plasma facing components that were interfering with tokamak operation, as well as damage to mechanical components which were redesigned during the remainder of the campaign, thereby enhancing program planning.

Suffice it to say that each of the mechanical components which comprise a hi-fi system from deck to platter, drive, bearings, arm and cartridge have to collaborate in a way that ensures all extraneous vibrations are isolated, or at least sufficiently damped, to prevent any accumulation of resonances from affecting the sound plucked from the groove by the stylus and delivered to the electronics.

A conventional TMD needs frictionless rubber bearings, special floor for installation, springs, dashpots and other mechanical components which increase the cost of this device.

It is based on the application of superconducting levitation by the use of contactless mechanical components which convert torque into movement through magnets [24, 25], and it increases efficiency while reducing fuel consumption and emissions.

Strut is the mechanical component which is placed in the flow stream of supersonic airflow and used to inject the fuel.

This also may indicate that the chemical component is more important than the mechanical component, which was supported by another study [ 28].

The Aerospace Segment produces hydraulic, fuel, pneumatic and electro-mechanical systems and components, which are utilized on virtually every domestic commercial, military and general aviation aircraft and also performs a vital role in naval vessels and land-based weapons systems.

Rapid advancements in the application of high-speed rotating machinery impose challenges on the design of mechanical component surfaces, which require satisfactory wear resistances and self-lubricating performances.

In this method the process was controlled by monitoring the mechanical behavior of thermoplastic components, which was realized by measuring the attenuation of ultrasound propagation.