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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves (Springer Theses) - Softcover
Book 398 of 797: Springer Theses
Synopsis
Nominated as an outstanding PhD thesis by the University of South Australia
Introduces novel topologies of phononic crystals with record-breaking bandgap widths
Discusses various approaches to optimizing porous phononic crystals
Describes the optimization of both bi-material 1D and porous 2D periodic designs
"synopsis" may belong to another edition of this title.
From the Back Cover
This thesis proposes novel designs of phononic crystal plates (PhPs) allowing ultra-wide controllability frequency ranges of guided waves at low frequencies, with promising structural and tunability characteristics. It reports on topology optimization of bi-material-layered (1D) PhPs allowing maximized relative bandgap width (RBW) at target filling fractions and demonstrates multiscale functionality of gradient PhPs. It also introduces a multi-objective topology optimization method for 2D porous PhPs allowing both maximized RBW and in-plane stiffness and addresses the critical role of considering stiffness in designing porous PhPs. The multi-objective topology optimization method is then expanded for designing 2D porous PhPs with deformation induced tunability. A variety of innovative designs are introduced which their maximized broadband RBW is enhanced by, is degraded by or is insensitive to external finite deformation. Not only does this book address the challenges of new topology optimization methods for computational design of phononic crystals; yet, it demonstrated the suitability and applicability of the topological designs by experimental validation. Furthermore, it offers a comprehensive review of the existing optimization-based approaches for the design of finite non-periodic acoustic metamaterial structures, acoustic metamaterial lattice structures and acoustic metamaterials under perfect periodicity.
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves
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Taschenbuch. Condition: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -This thesis proposes novel designs of phononic crystal plates (PhPs) allowing ultra-wide controllability frequency ranges of guided waves at low frequencies, with promising structural and tunability characteristics. It reports on topology optimization of bi-material-layered (1D) PhPs allowing maximized relative bandgap width (RBW) at target filling fractions and demonstrates multiscale functionality of gradient PhPs. It also introduces a multi-objective topology optimization method for 2D porous PhPs allowing both maximized RBW and in-plane stiffness and addresses the critical role of considering stiffness in designing porous PhPs. The multi-objective topology optimization method is then expanded for designing 2D porous PhPs with deformation induced tunability. A variety of innovative designs are introduced which their maximized broadband RBW is enhanced by, is degraded by or is insensitive to external finite deformation. Not only does this book address the challenges of new topology optimization methods for computational design of phononic crystals; yet, it demonstrated the suitability and applicability of the topological designs by experimental validation. Furthermore, it offers a comprehensive review of the existing optimization-based approaches for the design of finite non-periodic acoustic metamaterial structures, acoustic metamaterial lattice structures and acoustic metamaterials under perfect periodicity. 244 pp. Englisch. Seller Inventory # 9783319892252
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves (Springer Theses)
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves (Springer Theses)
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves
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Condition: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Nominated as an outstanding PhD thesis by University of South Australia, Adelaide, AustraliaIntroduces novel topologies of phononic crystals with record breaking bandgap width and deformation induced tunabilityDiscusses different approaches. Seller Inventory # 448762130
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves (Springer Theses)
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves
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Taschenbuch. Condition: Neu. Druck auf Anfrage Neuware - Printed after ordering - This thesis proposes novel designs of phononic crystal plates (PhPs) allowing ultra-wide controllability frequency ranges of guided waves at low frequencies, with promising structural and tunability characteristics. It reports on topology optimization of bi-material-layered (1D) PhPs allowing maximized relative bandgap width (RBW) at target filling fractions and demonstrates multiscale functionality of gradient PhPs. It also introduces a multi-objective topology optimization method for 2D porous PhPs allowing both maximized RBW and in-plane stiffness and addresses the critical role of considering stiffness in designing porous PhPs. The multi-objective topology optimization method is then expanded for designing 2D porous PhPs with deformation induced tunability. A variety of innovative designs are introduced which their maximized broadband RBW is enhanced by, is degraded by or is insensitive to external finite deformation. Not only does this book address the challenges of new topology optimization methods for computational design of phononic crystals; yet, it demonstrated the suitability and applicability of the topological designs by experimental validation. Furthermore, it offers a comprehensive review of the existing optimization-based approaches for the design of finite non-periodic acoustic metamaterial structures, acoustic metamaterial lattice structures and acoustic metamaterials under perfect periodicity. Seller Inventory # 9783319892252
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves (Springer Theses)
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Design Optimisation and Validation of Phononic Crystal Plates for Manipulation of Elastodynamic Guided Waves
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