Design Optimization Of Stiffened Square Plate Under Uniformly Distributed Pressure Of 5 Pascal

Noor Eman, Utok (2015) Design Optimization Of Stiffened Square Plate Under Uniformly Distributed Pressure Of 5 Pascal. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The structure of stiffened square plate are widely use in engineering began in the nineteenth century and now is used in many modern industries applications. The pressure that occur in ship structure will bring stress and strain failure to stiffened square plate. When the stiffened square plate was imposed to excessive load, it will lead to deformation failure. The project research are carried out to find the solution in optimizing the structure of stiffened square plate and hence improve the performance of stiffened square plate through a various factor. The structure of square plate will be analyzed by applying uniformly distributed pressure using Inspire 2014 by Altair HyperWorks. The plate is assumed to be clamped or simply supported at the side of the plates. The software that used in this project to make an analysis is SolidThinking 2014 and the model of square plate is make using SpaceClaim 2015. The material was selected and analysis will be done to know the strength of stiffened square plate if 5 Pascal pressure was is placed. The optimization is created using SolidThinking 2014. Based on the objective of the project, the result shows the performance of stiffened square plate can be improved if the stiffener design are change correctly.

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