Results 21 to 30 of about 993,746 (310)
On the Evaluation of Prestress Loss in PRC Beams by Means of Dynamic Techniques
In the last few decades, prestressing techniques have been used to build very important structures and infrastructures. Since the serviceability and the safety of prestressed reinforced concrete (PRC) elements rely on the effective state of prestressing,
Marco Breccolotti
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Analysis of cracking of low-alloy copper stretched at elevated temperature [PDF]
This paper presents both mechanical and structural aspects of micro-cracking of CuNi2Si copper alloy in CNCS grade revealed during the static tensile test in the temperature range between 20ºC and 800ºC.
Wojciech Ozgowicz +3 more
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Microseismic monitoring technology has been widely used in rock mass engineering monitoring. There are still many problems in stability evaluation of rock mass engineering using the microseismic data.
ZHUANG Duan-yang 1, 2, TANG Chun-an 1, 2, LIANG Zheng-zhao 1, 2, MA Ke 2, 3
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Fracture mechanics of fiber reinforced concrete: Experimental study of composition, geometry and hybridization of fibers [PDF]
Using of polymeric fibers for reinforced concrete structures has significantly developed in recent years. Polymeric fibers start their contribution in the behavior of concrete members after cracking. In order to a careful investigation into post-cracking
Khaled Sanginabadi +4 more
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Corrosion in reinforced concrete (RC) structures is a major durability issue that requires attention in terms of monitoring, in order to assess the degraded condition and reduce financial costs for maintenance and repair.
Charlotte Van Steen, Els Verstrynge
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Thermally induced damage has an important influence on rock mechanics and engineering, especially for high-level radioactive waste repositories, geological carbon storage, underground coal gasification, and hydrothermal systems.
Sheng-Qi Yang +2 more
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Effective properties of magnetoelectroelastic interfaces weakened by micro‐cracks [PDF]
AbstractThe effective properties of a microscopically damaged interface between two dissimilar magnetoelectroelastic materials are investigated using a micro‐statistical model. The interface is modeled as damaged by a periodic array of micro‐cracks. The micro‐cracks over a period interval of the interface are randomly generated and are either all (i ...
Wang, Xue, Ang, Whye Teong, Fan, Hui
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THERMAL CRACKING AND CORRESPONDING PERMEABILITY OF FUSHUN OIL SHALE; pp. 273–283 [PDF]
In this work, thermal cracking inside an oil shale sample under different temÂperatures was tested using a micro-CT system. The critical temperature was determined at which sharp thermal cracking in the oil shale sample occurs.
ZHIQIN KANG +3 more
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Mixed Variational Formulations for Micro-cracked Continua in the Multifield Framework [PDF]
Within the framework of multifield continua, we move from the model of elastic microcracked body introduced in (Mariano, P.M. and Stazi, F.L., Strain localization in elastic microcracked bodies, Comp. Methods Appl. Mech. Engrg. 2001, 190, 5657–5677) and propose a few novel variational formulations of mixed type along with relevant mixed FEM ...
Matteo Bruggi, Paolo Venini
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Influence of TiN Inclusions and Segregation on the Delayed Cracking in NM450 Wear-Resistant Steel
High-strength, wear-resistant steel often suffers from delayed cracking after flame cutting. Delayed cracking can lead to extremely harmful sudden brittle fracture; therefore, it is necessary to study the formation of delayed cracking in high-strength ...
Jingjing Liu +4 more
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