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Fracture Analysis of the Composite Rock, Numerical and Experimental - Using Brazilian Tests with the Cement/Gypsum Specimen (Paperback)
Loot Price: R406
Discovery Miles 4 060
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Fracture Analysis of the Composite Rock, Numerical and Experimental - Using Brazilian Tests with the Cement/Gypsum Specimen (Paperback)
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Loot Price R406
Discovery Miles 4 060
Expected to ship within 10 - 15 working days
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This book describes formulations and computations of the BEM in
transversely isotropic bi-material rocks. The work concentrates on
the development of the BEM using the FORTRAN program, which are
then applied to the two dimensional problems. This book is divided
into six chapters. Chapter one defines the problem, introduce the
undertaking of the study and outlines the method of approach
adopted in this book. Chapter two provides an overview of linear
elastic fracture mechanics studies of bi-material systems. Various
solution techniques are introduced and studies concerning: (i) a
crack lying along the interface, (ii) a crack terminating or
crossing through an interface, and (iii) a wedge with its vertex on
the interface are reviewed. In addition, a brief review of the
numerical solution techniques, crack initial angle and the
propagation path of the relevant literature. Chapter three provides
a detailed account of the theoretical approach used to determine
the stress and displacement fields using the boundary element
method. This chapter includes the basic equations and fundamental
solution of anisotropic elasticity, boundary element formulation,
numerical discretization, stress intensity factor expression and
the fracture propagation simulation. Chapter four proposes the
determination of mixed mode stress intensity factors with the
boundary element formulation. Numerical examples for determining
the mixed mode stress intensity factors for several cracked
materials are presented for isotropic and anisotropic media.
Chapter five shows the experimental result of actual rocks and
discussion, which includes the numerical results of the comparison
with failure mechanism, the initial angle and the propagation path.
Finally, Chapter six summarizes the findings and contribution of
the current work.
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