Which kind bar is highest in fiber?
Answers from top 14 papers
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| Papers (14) | Insight |
|---|---|
34 Citations | To the best of our knowledge, this is the highest gain reported to date using Bi-doped fiber as a gain medium. |
| The strength and fracture toughness of composites reinforced by this kind of fiber are inferred to be greater than those of composites reinforced by plane fibers. | |
28 Citations | Generally, the results show that lower fiber loading (10%) exhibits the highest tensile strength and MFI properties as compared to higher fiber loading (50%). |
153 Citations | The optimum fiber content is dependent on fiber type, length and diameter. |
| It was found that for a clay-fiber mix, there is an optimum fiber content and it is different for different types of fiber. | |
| Consequently, the optic fiber in these segments of the bar can be easily taken out, and the connection between optic fibers can be smoothly carried out. | |
| It is shown that when only the fiber geometry is considered while the material parameters are approximately the same, the D-fiber demonstrates the highest sensitivity to transverse loading. | |
| The results show that the strength of the EFB fiber is strongly affected by the fiber diameter; however, the fiber strength is relatively low in comparison to other natural fibers. | |
| To our knowledge, this is the first analysis of this kind for a long reach fiber system. | |
28 Dec 2017 | It is shown that fiber length and initial fiber orientation have the most pronounced effects on fiber volume percentage in the ribs, with viscosity and part geometry playing a smaller role. |
| For the first time, the influence of fibers in addition to bar reinforcement is also considered. | |
| This indicates better fiber–fiber interactions and improved fiber–fiber stress transfer. | |
70 Citations | SIGNIFICANCE It is crucial that the appropriate selection of fiber architectures be made not just from a perspective of highest strength, but overall damage tolerance and energy absorption. |
78 Citations | Experimental evidence is presented which shows that, contrary to generally accepted belief, the strength of a fiber does not depend on fiber diameter. |