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An alternate approach to Aboudi's Method of Cells [1], for a unified treatment of the micromechanical analysis of composite materials is presented. This approach retains the philosophy of Aboudi's ...
ABSTRACT Recognizing that fatigue is a two‐parameter problem requiring two load parameters to define cyclic loads unambiguously, a unified approach has been developed to account for crack growth ...
of the Elastic Field of an Ellipsoidal Inclusion and Related Problems ,” Proceedings of the Royal Society A , 241 , pp. 376 – 396 ( 1957 ). OpenURL Placeholder Text WorldCat 2. Mura T. , Micromechanics of Defects ...
online.) Unique micromechanical testing approaches are so-called combined (in situ) methods in which external loading is combined with simultaneous observation of nano- and microstructural deformation ...
of faulting, Fractures, faults, and high strain deformation zones 1 INTRODUCTION Recognizing precursory signals approaching the onset of macroscopic failure is a critical goal in rock mechanics. Experimental ...
Abstract This paper presents an approach for the joint simulation of elastic-wave velocities (compressional and shear waves) and electrical conductivity for clastic rocks using a unified ...
. The concluding contribution argues that “mainstream” peace and conflict research has come to be dominated by positivist treatments of war and violence, and it draws attention to alternate approaches that have ...
a number of virtual springs. Alternatively , continuous approaches of modeling mechanics using piecewise function representations of geometry also exist. When the plant structure is geometrically relatively ...
analysis of the micromechanical behaviour of plant cells, expansion growth*, plant morphogenesis, plant mechanosensing, functional ecology, and evolutionary biophysics. It is important to note ...
to cracking of the billets. In this study, we investigate low temperature deformation in a cooled ECAP tool (internal angle 90°) as an alternative approach to strongly deform a 7075 aluminum alloy. By varying ...
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