Results 41 to 50 of about 49,138 (166)
Rc Column Strengthening By Fibres
The deterioration of concrete structures might be due to ageing, poor maintenance, corrosion due to poor environmental conditions and accidental situations like earthquakes. The need to upgrade the deteriorated civil engineering infrastructure greatly enhances with the ever increasing demands. Therefore rehabilitating and retrofitting civil engineering
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Flexural performance of RC columns with FRCC jacketing [PDF]
A new repair technique consisting on a light jacketing with Fibre Reinforced Cementitious Composites (FRCC) for existing reinforced concrete (RC) buildings has been recently proposed to reduce durability problems of RC members and enhance their capacity.
Del Zoppo Marta +3 more
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Analyses of RC Columns in a Variety of Sizes
AbstractLarge-scale RC column tests have been performed in Japan at both the E-defense and JR-Tokai test facility and in United States at the University of California, San Diego Large Outdoor Shake Table Testing Facility. Such recent large-scale RC column tests have been compared with results of small-scale RC column tests.
Kinoshita, Koji, Yamamoto, Shogo
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Pushover Analysis on Infill Effects on the Failure Pattern of Reinforced Concrete Frames
This paper presents a pushover analysis using ABAQUS (Dassault Company, Providence, Rhodes Island, USA) for spatial reinforced concrete (RC) frames. The main purpose is to study the effect of the infills on failure patterns of the RC frames.
Ning Ning +3 more
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In this research, high-strength stainless steel (HSSS) wires with ECC were used to strengthen the RC columns to take full advantage of two reinforcement materials and increase the ductility, load-carrying capacity, and durability of strengthened columns.
Jia-Jun Fan +5 more
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In recent years, frequent vehicle–bridge pier collision accidents have posed a serious threat to people’s economic and life security. In order to avert the impairment of reinforced concrete bridge piers (RCBPs) under the impact of vehicles, three kinds ...
Jingbo Wang, Hongxiang Xia, Shijie Wang
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Calculation of Shear Capacity of Plastic Hinge Zone of Hydraulic Reinforced Concrete Column
In view of the flexural-shear failure of the plastic hinge zone of hydraulic reinforced concrete (RC) columns during earthquake, the shear capacity of the plastic hinge zone of hydraulic RC columns was studied.
Ying MA +3 more
doaj
Compressive Behaviour of RC Column with Fibre Reinforced Concrete Confined by CFRP Strips
The structural application of synthetic fibre reinforced concrete (FRC) has become widespread in the construction industry in order to satisfy the requirement of the earthquake resistant structures. Research conducted so far are focused on the structural
A. M. Vasumathi +2 more
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Flexural Rigidity of Slender RC Columns
166320 hypothetical reinforced concrete (RC) columns, each with a differentcombination of variables, were used to investigate the major variables that affect theflexural rigidity (EI) of slender RC columns. Using linear regression analysis, new EIexpression was statistically developed for 131 slender RC columns.
Sabeh Z. Al-Sarraf +3 more
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The Behavior of Polymer RC Columns Exposed to aggressive Soils
Abstract One of the most important properties about the durability of concrete is its resistance to sulfate attack. In this search, the effect of sulfate salts on reinforced polymer concrete columns was studied, the columns buried in two types of soil, sand and clay, in depth of 3 m, in one of the agricultural areas in the holy city of ...
Rasheed, Laith Sh. +2 more
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