Shell buckling behavior investigation of individual gallium nitride hollow nanocolumn

S. C. Hung; Y. K. Su; T. H. Fang; S. J. Chang

doi:10.1007/s00339-006-3632-y

Shell buckling behavior investigation of individual gallium nitride hollow nanocolumn

S. C. Hung, Y. K. Su, T. H. Fang, S. J. Chang

Research output: Contribution to journal › Article › peer-review

4 Citations (Scopus)

Abstract

This paper presents research on the calculating analysis and experimental observations of shell buckling in individual gallium nitride hollow nanocolumns using nanoindentation. By using the experiment results of critical buckling strain under compression, we investigated the stiffness of hollow nanocolumns which were vertically aligned on a template by using linear elastic shell buckling theory. In addition, more studies of various possible nanomechanical behavior modes of gallium nitride hollow nanocolumns by shall model are provided. Furthermore, there was a comparison between nanocolumns by molecular dynamics simulation (one dimensional structure) and thin film by nanoindentation experiment (two dimensional structures). Finally, the buckling energy of compression for an individual gallium nitride hollow nanocolumn was also discussed.

Original language	English
Pages (from-to)	439-443
Number of pages	5
Journal	Applied Physics A: Materials Science and Processing
Volume	84
Issue number	4
DOIs	https://doi.org/10.1007/s00339-006-3632-y
Publication status	Published - 2006 Sept

All Science Journal Classification (ASJC) codes

General Chemistry
General Materials Science

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title = "Shell buckling behavior investigation of individual gallium nitride hollow nanocolumn",

abstract = "This paper presents research on the calculating analysis and experimental observations of shell buckling in individual gallium nitride hollow nanocolumns using nanoindentation. By using the experiment results of critical buckling strain under compression, we investigated the stiffness of hollow nanocolumns which were vertically aligned on a template by using linear elastic shell buckling theory. In addition, more studies of various possible nanomechanical behavior modes of gallium nitride hollow nanocolumns by shall model are provided. Furthermore, there was a comparison between nanocolumns by molecular dynamics simulation (one dimensional structure) and thin film by nanoindentation experiment (two dimensional structures). Finally, the buckling energy of compression for an individual gallium nitride hollow nanocolumn was also discussed.",

author = "Hung, {S. C.} and Su, {Y. K.} and Fang, {T. H.} and Chang, {S. J.}",

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AU - Hung, S. C.

AU - Su, Y. K.

AU - Fang, T. H.

AU - Chang, S. J.

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N2 - This paper presents research on the calculating analysis and experimental observations of shell buckling in individual gallium nitride hollow nanocolumns using nanoindentation. By using the experiment results of critical buckling strain under compression, we investigated the stiffness of hollow nanocolumns which were vertically aligned on a template by using linear elastic shell buckling theory. In addition, more studies of various possible nanomechanical behavior modes of gallium nitride hollow nanocolumns by shall model are provided. Furthermore, there was a comparison between nanocolumns by molecular dynamics simulation (one dimensional structure) and thin film by nanoindentation experiment (two dimensional structures). Finally, the buckling energy of compression for an individual gallium nitride hollow nanocolumn was also discussed.

AB - This paper presents research on the calculating analysis and experimental observations of shell buckling in individual gallium nitride hollow nanocolumns using nanoindentation. By using the experiment results of critical buckling strain under compression, we investigated the stiffness of hollow nanocolumns which were vertically aligned on a template by using linear elastic shell buckling theory. In addition, more studies of various possible nanomechanical behavior modes of gallium nitride hollow nanocolumns by shall model are provided. Furthermore, there was a comparison between nanocolumns by molecular dynamics simulation (one dimensional structure) and thin film by nanoindentation experiment (two dimensional structures). Finally, the buckling energy of compression for an individual gallium nitride hollow nanocolumn was also discussed.

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JF - Applied Physics A: Materials Science and Processing

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Shell buckling behavior investigation of individual gallium nitride hollow nanocolumn

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