Mapping the coupled role of structure and materials in mechanics of platelet-matrix composites

Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable merger of materials and structures in controlling the tradeoff in mechanical properties has been long an engineering pursuit. Herein, we focus...

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Published inJournal of the mechanics and physics of solids Vol. 112; pp. 169 - 186
Main Authors Farzanian, Shafee, Shahsavari, Rouzbeh
Format Journal Article
LanguageEnglish
Published London Elsevier Ltd 01.03.2018
Elsevier BV
Subjects
Biomedical materials
Combinatorial analysis
Composite materials
Computer simulation
Decoding
Decoupling
Design guidelines
Finite element analysis
Finite element method
Fracture
Fracture toughness
Mechanical properties
Microstructure
Nacre
Numerical modeling
Parameters
Plastic properties
Platelet-matrix composites
Stiffness
Studies
Toughening
Numerical modeling
Mechanical properties
Fracture
Design guidelines
Platelet-matrix composites
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Abstract Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable merger of materials and structures in controlling the tradeoff in mechanical properties has been long an engineering pursuit. Herein, we focus on an archetype platelet-matrix composite and perform ∼400 nonlinear finite element simulations to decode the complex interplay between various structural features and material characteristics in conferring the balance of mechanical properties. We study various combinatorial models expressed by four key dimensionless parameters, i.e. characteristic platelet length, matrix plasticity, platelet dissimilarity, and overlap offset, whose effects are all condensed in a new unifying parameter, defined as the multiplication of strength, toughness, and stiffness over composite volume. This parameter, which maximizes at a critical characteristic length, controls the transition from intrinsic toughening (matrix plasticity driven without crack growths) to extrinsic toughening phenomena involving progressive crack propagations. This finding, combined with various abstract volumetric and radar plots, will not only shed light on decoupling the complex role of structure and materials on mechanical performance and their trends, but provides important guidelines for designing lightweight staggered platelet-matrix composites while ensuring the best (balance) of their mechanical properties.
AbstractList Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable merger of materials and structures in controlling the tradeoff in mechanical properties has been long an engineering pursuit. Herein, we focus on an archetype platelet-matrix composite and perform ~400 nonlinear finite element simulations to decode the complex interplay between various structural features and material characteristics in conferring the balance of mechanical properties. We study various combinatorial models expressed by four key dimensionless parameters, i.e. characteristic platelet length, matrix plasticity, platelet dissimilarity, and overlap offset, whose effects are all condensed in a new unifying parameter, defined as the multiplication of strength, toughness, and stiffness over composite volume. This parameter, which maximizes at a critical characteristic length, controls the transition from intrinsic toughening (matrix plasticity driven without crack growths) to extrinsic toughening phenomena involving progressive crack propagations. This finding, combined with various abstract volumetric and radar plots, will not only shed light on decoupling the complex role of structure and materials on mechanical performance and their trends, but provides important guidelines for designing lightweight staggered platelet-matrix composites while ensuring the best (balance) of their mechanical properties.
Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable merger of materials and structures in controlling the tradeoff in mechanical properties has been long an engineering pursuit. Herein, we focus on an archetype platelet-matrix composite and perform ∼400 nonlinear finite element simulations to decode the complex interplay between various structural features and material characteristics in conferring the balance of mechanical properties. We study various combinatorial models expressed by four key dimensionless parameters, i.e. characteristic platelet length, matrix plasticity, platelet dissimilarity, and overlap offset, whose effects are all condensed in a new unifying parameter, defined as the multiplication of strength, toughness, and stiffness over composite volume. This parameter, which maximizes at a critical characteristic length, controls the transition from intrinsic toughening (matrix plasticity driven without crack growths) to extrinsic toughening phenomena involving progressive crack propagations. This finding, combined with various abstract volumetric and radar plots, will not only shed light on decoupling the complex role of structure and materials on mechanical performance and their trends, but provides important guidelines for designing lightweight staggered platelet-matrix composites while ensuring the best (balance) of their mechanical properties.
Author Shahsavari, Rouzbeh
Farzanian, Shafee
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Keywords Numerical modeling
Mechanical properties
Fracture
Design guidelines
Platelet-matrix composites
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Snippet Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable...
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StartPage 169
SubjectTerms Biomedical materials
Combinatorial analysis
Composite materials
Computer simulation
Decoding
Decoupling
Design guidelines
Finite element analysis
Finite element method
Fracture
Fracture toughness
Mechanical properties
Microstructure
Nacre
Numerical modeling
Parameters
Plastic properties
Platelet-matrix composites
Stiffness
Studies
Toughening
Title Mapping the coupled role of structure and materials in mechanics of platelet-matrix composites
URI https://dx.doi.org/10.1016/j.jmps.2017.11.020
https://www.proquest.com/docview/2041770271
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