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Bending Characteristics of FG-CNT Reinforced Composite Face Sheet Sandwich Panel with 3D Graphene Foam Core

Swetha, S. / Thamilselvi, P. / Bhagat, Vinod / Arunkumar, M. P.

This paper presents the bending characteristics of the functionally graded carbon nano-tube (FG-CNT) reinforced polymer composite face sheet sandwich panel with three-dimensional graphene foam core (3DGrFC). Stress resultants are calculated by integrating the stress expression over the thickness of graphene core and FG-CNT face sheets. These stress resultants are used in principle of virtual work. The displacement fields are given in terms of sinusoidal shear deformation theory (SSDT). The effect of combinations of FG-CNT and porosity coefficient of 3DGrFC on bending characteristics are analyzed. From the results, it is observed that the deflection of FG-VΛ CNT faces with NVPC 3DGrFC has lesser deflection values among all other cases. Furthermore, it is observed as porosity coefficient of 3DGrFC increases the deflection of the panel also increases.

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Bending Characteristics of FG-CNT Reinforced Composite Face Sheet Sandwich Panel with 3D Graphene Foam Core

Swetha, S. / Thamilselvi, P. / Bhagat, Vinod / Arunkumar, M. P.

This paper presents the bending characteristics of the functionally graded carbon nano-tube (FG-CNT) reinforced polymer composite face sheet sandwich panel with three-dimensional graphene foam core (3DGrFC). Stress resultants are calculated by integrating the stress expression over the thickness of graphene core and FG-CNT face sheets. These stress resultants are used in principle of virtual work. The displacement fields are given in terms of sinusoidal shear deformation theory (SSDT). The effect of combinations of FG-CNT and porosity coefficient of 3DGrFC on bending characteristics are analyzed. From the results, it is observed that the deflection of FG-VΛ CNT faces with NVPC 3DGrFC has lesser deflection values among all other cases. Furthermore, it is observed as porosity coefficient of 3DGrFC increases the deflection of the panel also increases.

Bending Characteristics of FG-CNT Reinforced Composite Face Sheet Sandwich Panel with 3D Graphene Foam Core

Swetha, S. / Thamilselvi, P. / Bhagat, Vinod / Arunkumar, M. P.

This paper presents the bending characteristics of the functionally graded carbon nano-tube (FG-CNT) reinforced polymer composite face sheet sandwich panel with three-dimensional graphene foam core (3DGrFC). Stress resultants are calculated by integrating the stress expression over the thickness of graphene core and FG-CNT face sheets. These stress resultants are used in principle of virtual work. The displacement fields are given in terms of sinusoidal shear deformation theory (SSDT). The effect of combinations of FG-CNT and porosity coefficient of 3DGrFC on bending characteristics are analyzed. From the results, it is observed that the deflection of FG-VΛ CNT faces with NVPC 3DGrFC has lesser deflection values among all other cases. Furthermore, it is observed as porosity coefficient of 3DGrFC increases the deflection of the panel also increases.

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Title:

Bending Characteristics of FG-CNT Reinforced Composite Face Sheet Sandwich Panel with 3D Graphene Foam Core

Additional title:

Lecture Notes in Civil Engineering

Contributors:

Hau, Kong Kian (editor) / Gupta, Ashok Kumar (editor) / Chaudhary, Sandeep (editor) / Gupta, Tanmay (editor) / Swetha, S. (author) / Thamilselvi, P. (author) / Bhagat, Vinod (author) / Arunkumar, M. P. (author)

Published in:

Recent Advances in Structural Engineering and Construction Management ; Chapter: 19 ; 223-232

Lecture Notes in Civil Engineering ; 277

Publication date:

2022-09-28

Size:

10 pages

ISBN:

978-981-19-4040-8 , 978-981-19-4039-2

ISSN:

2366-2565 , 2366-2557

DOI:

https://doi.org/10.1007/978-981-19-4040-8_19

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Bending analysis , Sinusoidal shear deformation theory , Nano composites , 3D graphene foam , Sandwich panel Engineering , Building Construction and Design , Building Materials , Construction Management

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