Sentence examples for methods of fiber from inspiring English sources

Recent developments in 3D printing methods of fiber reinforced polymers, namely, fused deposition modeling (FDM), laminated object manufacturing (LOM), stereolithography (SL), extrusion, and selective laser sintering (SLS) are reviewed in this study to understand the trends and future directions in the respective areas.

A large heterogeneous number of fibers, methods of fiber preparation, size selection, aerosolization, fiber size, and fiber burden measurement were noted, rendering difficult a comparison between results.

With their newly minted method of fiber formation, Liquidity pore size is down around.2 microns.

The method of fiber extraction is also presented.

In this study, a method of fiber tractography based on STI is proposed and demonstrated in the mouse brain.

The layout of optical sensors, the fiber Bragg grating detecting system, the drilling of the borehole and the embedding method of fiber Bragg grating sensors are introduced.

This method of fiber splicing is ideal for this application, as it is quick and easy, allowing for a convenient input and removal of the tapering fiber to and from the optical circuit.

Electrospinning is a method of fiber fabrication with diameters ranging from micro-meter to nano-scale by accelerating a jet of charged polymer solution in an electric field (Natu et al. 2011).

Carbon fibres pretreated with short time microwave radiation had an increased thermodynamic work of adhesion and the interfacial shear strength, indicating microwave radiation pretreatment of carbon fibre promises to be an effective method of fiber treatment.

It is proposed in this paper that, with the method of fiber Bragg grating sensor incorporated into GFRP, a sensing network of fiber Bragg grating wavelength division multiplexing (WDM /spatial division multiplexing (SDM) mixing array composed of 18 fiber gratings is formed, and it is used for monitoring the settlement of uncompacted hydrous strata.

A novel method of fiber laser carving machining under ice layer without laser energy attenuation was proposed to reduce workpiece defects such as recast layer, dross, high temperature influence area, surface oxidation and heat effect zone that were typically found in machining in air.