Mechanics and Acoustics of Metamaterials
Herausgegeben:Altenbach, Holm; Erofeev, Vladimir I.; Pavlov, Igor S.
Mechanics and Acoustics of Metamaterials
Herausgegeben:Altenbach, Holm; Erofeev, Vladimir I.; Pavlov, Igor S.
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This book is summarizing the state of the art of metamaterials from the point of view of rational and applied mechanics. It contains 15 chapters written by well-known researchers in the field of acoustics and mechanics of metamaterials and includes in-depth discussions on mechanical and acoustical properties of metamaterials, covers a vast array of methods enabling to elaborate models of metamaterials and research their properties, provides a forecast for the development of metamaterials and their applications.
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This book is summarizing the state of the art of metamaterials from the point of view of rational and applied mechanics. It contains 15 chapters written by well-known researchers in the field of acoustics and mechanics of metamaterials and includes in-depth discussions on mechanical and acoustical properties of metamaterials, covers a vast array of methods enabling to elaborate models of metamaterials and research their properties, provides a forecast for the development of metamaterials and their applications.
Produktdetails
- Produktdetails
- Advanced Structured Materials 245
- Verlag: Springer, Berlin; Springer
- Artikelnr. des Verlages: 89554938
- Seitenzahl: 262
- Erscheinungstermin: 29. Januar 2026
- Englisch
- Abmessung: 235mm x 155mm
- ISBN-13: 9783032114617
- ISBN-10: 3032114616
- Artikelnr.: 75643061
- Herstellerkennzeichnung
- Springer-Verlag GmbH
- Tiergartenstr. 17
- 69121 Heidelberg
- ProductSafety@springernature.com
- Advanced Structured Materials 245
- Verlag: Springer, Berlin; Springer
- Artikelnr. des Verlages: 89554938
- Seitenzahl: 262
- Erscheinungstermin: 29. Januar 2026
- Englisch
- Abmessung: 235mm x 155mm
- ISBN-13: 9783032114617
- ISBN-10: 3032114616
- Artikelnr.: 75643061
- Herstellerkennzeichnung
- Springer-Verlag GmbH
- Tiergartenstr. 17
- 69121 Heidelberg
- ProductSafety@springernature.com
Prof.Dr.-Ing.habil.Dr.h.c.mult. Holm Altenbach is a full professor of Engineering Mechanics at the Otto von Guericke University Magdeburg, Faculty of Mechanical Engineering, Institute of Materials, Technologies, and Mechanics. He has 45 years of experience in teaching and research in various fields of mechanics (material modelling, mechanical analysis of thin-walled structures, composite mechanics, general strength problems, generalized continuum models, etc.). Since 2022 he is retired. Prof. Vladimir I. Erofeev is director of the Mechanical Engineering Research Institute of the Russian Academy of Sciences and a professor of the Institute of Information Technologies, Mathematics and Mechanics of National Research Lobachevsky State University of Nizhny Novgorod. He is a well-known scientist and specialist in such areas as wave processes in continuous media, nonlinear mechanics, and physical acoustics. He was the scientific supervisor for two doctors of sciences and 30 candidates of sciences. Three gold medals of the Russian Academy of Sciences awarded the scientific results of young scientists, carried out under the scientific supervision of Prof. Erofeev. Professor Erofeev is a member of the Russian National Committee on Theoretical and Applied Mechanics, a member of the European Council for Mechanics (EUROMECH), a member of the board of the Russian Acoustic Society, and a member of the Russian Academy of Sciences Academic Council on Acoustics. He was one of the organizers of several all-Russian scientific conferences and participated in the organizing committees of the IUTAM symposium (1999, Sydney, Australia), the EUROMECH colloquia (2006, Delft, the viii Preface Netherlands; 2009, Paris, France, devoted to 100 years after the publication of the book of the Cosserat brothers), and the Russian–French–German trilateral seminars on generalized continua (2010, Wittenberg; 2015, Magdeburg, Germany). Prof. Dr. Pavlov Igor Sergeevich is the vice-director of the Mechanical Engineering Research Institute of the Russian Academy of Sciences, and a head of the Department “Mathematical Methods in Radiophysics” Faculty of Radiophysics of National Research Lobachevsky State University of Nizhny Novgorod, Russia. His scientific interests include structural modeling of advanced materials, nonlinear wave dynamics of microstructured solids, and acoustic testing of microstructured materials. He is a member of the Russian Acoustical Society and the Russian National Committee on Theoretical and Applied Mechanics.
On Anti-Plane Waves Localized Near Sharp Interface Between two Elastic Half
Spaces: Lattice Dynamics Approach.- Plane Longitudinal Strain Waves in
Auxetic Materials with Point Defects.- Emergence of Lamb Wave Pass and Gap
Bands in Waveguides with Periodically Arranged Elastic Inclusions.- Guided
Waves Propagation in Elastic Metamaterial Plates with Voids and Surface
Irregularities.- Soundproof Metamaterials.- Modeling of Elastic Plastic
Deformation Processes of Structural Alloys Under Monotonic and Cyclic Modes
of Disproportionate Loading.- Numerical Experimental Study of High-Speed
Bending of a Composite Beam.- Nonlinear Dynamics in a Symmetric
Electromechanical Vibro Impact System.- About Various Types of Anisotropy
in Piezoelectric Metamaterials.- Dispersion Properties of a Mass in Mass
Chain Consisting of Spherical Particles.- Boundary Element Analysis for
Partially Saturated Poroelastic Solids via Time Stepping Method.- Reduction
of the Boundary Value Problem for a Micropolar Medium to a Tensor Block
Form of a System of Linear Algebraic Equations for Assessing Scale
Effects.- Application of Dynamic Model of a Blocky Medium to Describe the
Plastic Deformation of a Structurally Inhomogeneous Material at the
Mesoscale Level.- Description of a Crack by a Nonlocal Model of an Elastic
Medium.- Axisymmetric Unsteady Oscillations of an Elastic Moment Spherical
Shell.
Spaces: Lattice Dynamics Approach.- Plane Longitudinal Strain Waves in
Auxetic Materials with Point Defects.- Emergence of Lamb Wave Pass and Gap
Bands in Waveguides with Periodically Arranged Elastic Inclusions.- Guided
Waves Propagation in Elastic Metamaterial Plates with Voids and Surface
Irregularities.- Soundproof Metamaterials.- Modeling of Elastic Plastic
Deformation Processes of Structural Alloys Under Monotonic and Cyclic Modes
of Disproportionate Loading.- Numerical Experimental Study of High-Speed
Bending of a Composite Beam.- Nonlinear Dynamics in a Symmetric
Electromechanical Vibro Impact System.- About Various Types of Anisotropy
in Piezoelectric Metamaterials.- Dispersion Properties of a Mass in Mass
Chain Consisting of Spherical Particles.- Boundary Element Analysis for
Partially Saturated Poroelastic Solids via Time Stepping Method.- Reduction
of the Boundary Value Problem for a Micropolar Medium to a Tensor Block
Form of a System of Linear Algebraic Equations for Assessing Scale
Effects.- Application of Dynamic Model of a Blocky Medium to Describe the
Plastic Deformation of a Structurally Inhomogeneous Material at the
Mesoscale Level.- Description of a Crack by a Nonlocal Model of an Elastic
Medium.- Axisymmetric Unsteady Oscillations of an Elastic Moment Spherical
Shell.
On Anti-Plane Waves Localized Near Sharp Interface Between two Elastic Half
Spaces: Lattice Dynamics Approach.- Plane Longitudinal Strain Waves in
Auxetic Materials with Point Defects.- Emergence of Lamb Wave Pass and Gap
Bands in Waveguides with Periodically Arranged Elastic Inclusions.- Guided
Waves Propagation in Elastic Metamaterial Plates with Voids and Surface
Irregularities.- Soundproof Metamaterials.- Modeling of Elastic Plastic
Deformation Processes of Structural Alloys Under Monotonic and Cyclic Modes
of Disproportionate Loading.- Numerical Experimental Study of High-Speed
Bending of a Composite Beam.- Nonlinear Dynamics in a Symmetric
Electromechanical Vibro Impact System.- About Various Types of Anisotropy
in Piezoelectric Metamaterials.- Dispersion Properties of a Mass in Mass
Chain Consisting of Spherical Particles.- Boundary Element Analysis for
Partially Saturated Poroelastic Solids via Time Stepping Method.- Reduction
of the Boundary Value Problem for a Micropolar Medium to a Tensor Block
Form of a System of Linear Algebraic Equations for Assessing Scale
Effects.- Application of Dynamic Model of a Blocky Medium to Describe the
Plastic Deformation of a Structurally Inhomogeneous Material at the
Mesoscale Level.- Description of a Crack by a Nonlocal Model of an Elastic
Medium.- Axisymmetric Unsteady Oscillations of an Elastic Moment Spherical
Shell.
Spaces: Lattice Dynamics Approach.- Plane Longitudinal Strain Waves in
Auxetic Materials with Point Defects.- Emergence of Lamb Wave Pass and Gap
Bands in Waveguides with Periodically Arranged Elastic Inclusions.- Guided
Waves Propagation in Elastic Metamaterial Plates with Voids and Surface
Irregularities.- Soundproof Metamaterials.- Modeling of Elastic Plastic
Deformation Processes of Structural Alloys Under Monotonic and Cyclic Modes
of Disproportionate Loading.- Numerical Experimental Study of High-Speed
Bending of a Composite Beam.- Nonlinear Dynamics in a Symmetric
Electromechanical Vibro Impact System.- About Various Types of Anisotropy
in Piezoelectric Metamaterials.- Dispersion Properties of a Mass in Mass
Chain Consisting of Spherical Particles.- Boundary Element Analysis for
Partially Saturated Poroelastic Solids via Time Stepping Method.- Reduction
of the Boundary Value Problem for a Micropolar Medium to a Tensor Block
Form of a System of Linear Algebraic Equations for Assessing Scale
Effects.- Application of Dynamic Model of a Blocky Medium to Describe the
Plastic Deformation of a Structurally Inhomogeneous Material at the
Mesoscale Level.- Description of a Crack by a Nonlocal Model of an Elastic
Medium.- Axisymmetric Unsteady Oscillations of an Elastic Moment Spherical
Shell.







