Sentence examples for strengthening parameters on from inspiring English sources
Although NSM strengthening systems has been used extensively, still further experimental, analytical, and numerical research is warranted to understand the effect of the several strengthening parameters on the flexural performance of RC members.
Table 1 Strengthening parameters for specimens.
The effects of different strengthening parameters including laminate thickness, bond length and adhesive thickness on the bond strength were investigated experimentally.
The effect of strengthening technique on several design parameters such as amount and configuration of the FRP sheets around the opening, deflection, strain, opening width and depth, ultimate load and cracking was investigated.
Although a large volume of mudcake data is available in the literature, the effects of different mudcake parameters on wellbore strengthening cannot be quantified without incorporating the data into a stress-analysis model.
The influence of these parameters on the strengthening effectiveness has been also discussed.
We can estimate precipitation strengthening based on the conventional strengthening mechanisms as follows.
In particular, the numerical study investigated the effect of the following parameters on temperature distributions along the CFRP strengthening system: (i) geometry of the fire protection system, namely at the anchorage zone; (ii) strengthening technique, namely EBR or near surface mounted (NSM); and (iii) Tg of the epoxy resin.
Then, the influence of extensive parameters on the eccentric compressive behavior of CFRP strengthened circular CFST columns was also evaluated.
This paper presents a summary of our investigations that were aimed to assess the influence of various physical and mechanical parameters on the performance of reinforced concrete (RC) beams strengthened with fiber reinforced plastic (FRP) plates.
The objective of this study was: (1) to highlight experimentally and analytically the influential parameters on the shear contribution of FRP to RC beams strengthened in shear using EB FRP sheets and strips; and (2) to develop a set of transparent, coherent, and evolutionary design equations to calculate the shear resistance of RC beams strengthened in shear.
