However, the tensile behavior of hybrid composites of carbon and basalt fibers at different tensile rates and the effect
Abstract Flowability of thermoplastics reinforced with natural fibres represents a major problem for the injection
An Experimental Comprehensive Analysis of Drilling Carbon Fiber Reinforced Plastic Tubes and Comparison With Carbon Fiber
The study investigated the impact of different fibre orientations and printing parameters on the compressive
Cyclic tests on round concrete panels allow some redistribution of stress over relatively large cracked sections during
Compared with plain concrete, the energy absorption rate of palm fiber concrete is decreased, while that of steel fiber
The experimental and numerical investigations on cubic and cylindrical concrete specimens reinforced with different
In the new era of construction Reinforced Concrete (RC) deep beams are usually the most common elements due to
In this paper, we propose and experimentally demonstrate multimode-enabled silicon photonic delay line for the first
First, we obtained the curves for concrete without fibers and then compared them to those of fiber-reinforced concrete
In comparison to other optical switches optical true delay lines in terms of the parameters of delay range, minimum
Four materials are included in the moment-curvature analysis: confined concrete, longitudinal reinforcement, spiral corrugated tube
This comprehensive review paper delves into the utilization of Glass Fiber-Reinforced Polymer (GFRP) composites
Abstract and Figures Objectives: The aim of this study was to evaluate the mechanical and physical properties of a
The radial stiffness of the fibre reinforced flexible pipe under a symmetrical radial compression load is obtained using
The aim of this in vitro study was to investigate the compressive strength and the bulk porosity of a bidirectional
Concrete is a brittle material with much lower strength in tension as compared to that in compression. Adding fibres
Download scientific diagram | Comparison of spiral and tie reinforcements required by A CI from publication: FLEXURAL BEHAVIOR
Optical delay lines provide variable time delays for interferometers, autocorrelators, and optical sampling,
By means of comparison between different segments, the advantages of fiber reinforced concrete relative to traditional
Numerical analyses represent an important way to study the behaviour of both reinforced concrete and fibre reinforced
However, there has been no study that focuses on pull-out behaviour of spiral fibres in the literature yet. The pull-out
Then, we analyze the impact of optical fiber delay line''s structural parameters and adjustment errors on coupling
A series of laboratory tests have been conducted for a comprehensive investigation of the performances of spiral-shaped steel fibre
This study aimed to investigate the nonlinear structural behavior of concrete deep beams internally reinforced with
Furthermore, it was shown that combining hooked-end fibres and spiral fibres as a hybrid steel fibre reinforcement
In this paper, the structural contribution of an optimised spirally deformed steel fibre engineered by the authors
This paper provides a new quantitative analysis method for performance calculation and improvement of the optical
In this paper, an improved analytical model is presented to reveal the forming mechanism of the spiral tube taking various processing
Compared with conventional steel spiral reinforced concrete (SRC) or concrete filled fiber reinforced polymer tube
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