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Non-linear Creep Analysis of Ceramic Specimen Using Finite Element Method

Saini, Jaswinder Singh / Khera, Saurabh

Abstract In the present work the stress analysis of a ceramic tensile specimen is obtained. The effects of specimen geometry along with the pin loading are considered in the stress distribution calculations. Thereafter, the optimization based on a set of constraints is performed on the specimen with pinhole location, pinhole diameter, head width, neck radius and gauge length as its design variables. The work is then extended for the non-linear analysis for creep. A mathematical model is developed which is implemented using C++ code.

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Non-linear Creep Analysis of Ceramic Specimen Using Finite Element Method

Saini, Jaswinder Singh / Khera, Saurabh

Abstract In the present work the stress analysis of a ceramic tensile specimen is obtained. The effects of specimen geometry along with the pin loading are considered in the stress distribution calculations. Thereafter, the optimization based on a set of constraints is performed on the specimen with pinhole location, pinhole diameter, head width, neck radius and gauge length as its design variables. The work is then extended for the non-linear analysis for creep. A mathematical model is developed which is implemented using C++ code.

Non-linear Creep Analysis of Ceramic Specimen Using Finite Element Method

Saini, Jaswinder Singh / Khera, Saurabh

Abstract In the present work the stress analysis of a ceramic tensile specimen is obtained. The effects of specimen geometry along with the pin loading are considered in the stress distribution calculations. Thereafter, the optimization based on a set of constraints is performed on the specimen with pinhole location, pinhole diameter, head width, neck radius and gauge length as its design variables. The work is then extended for the non-linear analysis for creep. A mathematical model is developed which is implemented using C++ code.

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Title:

Non-linear Creep Analysis of Ceramic Specimen Using Finite Element Method

Contributors:

Saini, Jaswinder Singh (author) / Khera, Saurabh (author)

Published in:

Journal of The Institution of Engineers (India): Series C ; 97 ; 417-430

Publication date:

2016-03-01

Size:

14 pages

ISSN:

2250-0553 , 2250-0545

DOI:

https://doi.org/10.1007/s40032-016-0219-z

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Non-linear analysis , Creep , Ceramics , Finite Element Method (FEM) Engineering , Aerospace Technology and Astronautics , Mechanical Engineering , Industrial and Production Engineering

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