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Failure of brittle materials under shock and impactexperiments and modelling /

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Failure of brittle materials under shock and impactby Arunachalam M. Rajendran, Srinivasan Gopalakrishnan, Stephan J. Bless.
其他題名:	experiments and modelling /
作者:	Rajendran, Arunachalam M.
其他作者:	Gopalakrishnan, S.
出版者:	Singapore :Springer Nature Singapore :2024.
面頁冊數:	xiv, 272 p. :ill., digital ;24 cm.
Contained By:	Springer Nature eBook
標題:	Brittleness.
電子資源:	https://doi.org/10.1007/978-981-97-7026-7
ISBN:	9789819770267$q(electronic bk.)

Failure of brittle materials under shock and impactexperiments and modelling /
Rajendran, Arunachalam M.

Failure of brittle materials under shock and impactexperiments and modelling /[electronic resource] :by Arunachalam M. Rajendran, Srinivasan Gopalakrishnan, Stephan J. Bless. - Singapore :Springer Nature Singapore :2024. - xiv, 272 p. :ill., digital ;24 cm. - Materials horizons: from nature to nanomaterials,2524-5392. - Materials horizons: from nature to nanomaterials..

Chapter 1: Introduction -- Chapter 2: Review of Solid Mechanics -- Chapter 3: Shock Compression -- Chapter 4: IMPACT AND HIGH STRAIN RATE EXPERIMENTS -- Chapter 5: SHOCK AND HIGHSTRAIN RATE MODELING -- Chapter 6: COMPUTER CODES FOR IMPACT DYNAMICS PROBLEMS.

The book focuses primarily on experimental and analytical methods developed over many years to characterize the deformation and fracture of brittle materials under dynamic loading conditions. The dynamic response of brittle materials is highly nonlinear and complex, with practical applications ranging from explosive excavation of rocks to the design of ceramic armor and the protection of spacecraft windows from meteor impacts. It provides a comprehensive exploration of the challenges and methodologies involved in impact experiments and computational modeling of brittle solids under shock and impact loading, making it essential reading for those seeking realistic solutions to blast and ballistic problems. For example, the book emphasizes the significance of validating numerical code solutions through simulations. This involves understanding and evaluating the impact of various factors such as appropriate boundary conditions, high-resolution finite element meshes, solution time steps, contact algorithms, interface modeling, artificial viscosity, erosion of elements, particle conversion, and model parameters on the accuracy of solutions. It selectively presents examples of modeling and simulations of ballistic problems drawn from the open literature. While numerous articles on the book's topic exist in the literature, this volume integrates key aspects of high strain rate impact experiments, modeling, and simulations of brittle failure in ceramics, rocks, oil shale, and cementitious materials across various stress and strain states. To the best of the authors' knowledge, no other compilation covers such a wide array of experimental techniques used in this field, particularly for ceramics, yet adaptable for other heterogeneous brittle solids. Despite the extensive literature on this subject, most impact experimental configurations have been limited to specific geometries and have not encompassed the broad range of techniques necessary to characterize and validate constitutive behaviors used in modern numerical codes. Many researchers and engineers are often unaware of the specialized experiments and models presented in international conference proceedings or technical presentations. This book addresses that gap by encompassing a broader range of unique impact experiments, constitutive and damage modeling, and computational simulations not found in any existing publication.

ISBN: 9789819770267$q(electronic bk.)

Standard No.: 10.1007/978-981-97-7026-7doiSubjects--Topical Terms:

864914
Brittleness.

LC Class. No.: TA418.16

Dewey Class. No.: 620.1126

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520 $a The book focuses primarily on experimental and analytical methods developed over many years to characterize the deformation and fracture of brittle materials under dynamic loading conditions. The dynamic response of brittle materials is highly nonlinear and complex, with practical applications ranging from explosive excavation of rocks to the design of ceramic armor and the protection of spacecraft windows from meteor impacts. It provides a comprehensive exploration of the challenges and methodologies involved in impact experiments and computational modeling of brittle solids under shock and impact loading, making it essential reading for those seeking realistic solutions to blast and ballistic problems. For example, the book emphasizes the significance of validating numerical code solutions through simulations. This involves understanding and evaluating the impact of various factors such as appropriate boundary conditions, high-resolution finite element meshes, solution time steps, contact algorithms, interface modeling, artificial viscosity, erosion of elements, particle conversion, and model parameters on the accuracy of solutions. It selectively presents examples of modeling and simulations of ballistic problems drawn from the open literature. While numerous articles on the book's topic exist in the literature, this volume integrates key aspects of high strain rate impact experiments, modeling, and simulations of brittle failure in ceramics, rocks, oil shale, and cementitious materials across various stress and strain states. To the best of the authors' knowledge, no other compilation covers such a wide array of experimental techniques used in this field, particularly for ceramics, yet adaptable for other heterogeneous brittle solids. Despite the extensive literature on this subject, most impact experimental configurations have been limited to specific geometries and have not encompassed the broad range of techniques necessary to characterize and validate constitutive behaviors used in modern numerical codes. Many researchers and engineers are often unaware of the specialized experiments and models presented in international conference proceedings or technical presentations. This book addresses that gap by encompassing a broader range of unique impact experiments, constitutive and damage modeling, and computational simulations not found in any existing publication.
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