نتایج جستجو برای: cracking elements method

تعداد نتایج: 1871470  

2000
M. A. Aiello F. Focacci P. C. Huang A. Nanni Feng Chia Antonio Nanni

Synopsis: The effects of thermal loads on the structural performance of FRP reinforced concrete elements are analyzed in this paper. The difference in transverse coefficient of thermal expansion (CTE) between FRP and concrete causes the presence of tensile stresses within the concrete and, eventually, the formation of cracks when the temperature increases. As part of an inter-university experim...

2015
Blase Ur Sean M. Segreti Lujo Bauer Nicolas Christin Lorrie Faith Cranor Saranga Komanduri Darya Kurilova Michelle L. Mazurek William Melicher Richard Shay

Parameterized password guessability—how many guesses a particular cracking algorithm with particular training data would take to guess a password—has become a common metric of password security. Unlike statistical metrics, it aims to model real-world attackers and to provide per-password strength estimates. We investigate how cracking approaches often used by researchers compare to real-world c...

Journal: :Journal of the Society of Naval Architects of Japan 1978

Journal: :Korean Journal of Metals and Materials 2022

In this study, the liquation cracking susceptibility in heat-affected zone of CM247LC superalloy gas turbine blades during repair welding was quantitatively evaluated using a newly developed pre-weld Varestraint test method. The geometry replicated through tests for bead. susceptibility, that is, temperature range (LCTR), could be visualization at time crack formation test. LCTR alloy welds (he...

2016
Jae Phil Park Chanseok Park Jongweon Cho Chi Bum Bahn

It is extremely difficult to predict the initiation time of cracking due to a large time spread in most cracking experiments. Thus, probabilistic models, such as the Weibull distribution, are usually employed to model the initiation time of cracking. Therefore, the parameters of the Weibull distribution are estimated from data collected from a cracking test. However, although the development of...

2014
Varun P. Rajan Frank W. Zok

The mechanics of cracking in fiber-reinforced ceramic matrix composites (CMCs) under general loadings remains incomplete. The present paper addresses one outstanding aspect of this problem: the development of matrix cracks in unidirectional plies under shear loading. To this end, we develop a model based on potential energy differences upstream and downstream of a fully bridged steady-state mat...

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