Mechanics of hyperelastic composites reinforced with nonlinear elastic fibrous materials in finite plane elastostatics

A model for the mechanics of a hyperelastic material reinforced with unidirectional and bidirectional fibers is presented in finite plane elastostatics. This includes the refinement/development of a series of continuum-based prediction models to accommodate the nonlinear responses of both the matrix...

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Veröffentlicht in:	International journal of engineering science 2021-08, Vol.165, p.103491, Article 103491
Hauptverfasser:	Islam, Suprabha, Seyed Bolouri, Seyed Ehsan, Kim, Chun-Il
Format:	Artikel
Sprache:	eng
Schlagworte:	Boundary conditions Carbon fibers Composite materials Deformation Elastomeric composites Elastomers Elastostatics Euler-Lagrange equation Fiber reinforced composites Fiber reinforced plastics Finite element analysis Finite element method Finite plane deformations Hyperelastic materials J-shaped stress-strain response Kinematics Mechanics (physics) Nonlinear response Plastic deformation Polyurethane resins Prediction models Reinforcing fibers Shear strain Stiffening Strain rate Strain-softening Variational principles
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