Stiffened plate or shell structures are widely applied in the
automobile, aerospace, and ship industries, not to mention in
civil constructions. These structures usually consist of a base
structure forming the “skin” and local reinforcement elements
called “stiffeners” to improve the static and dynamic characteristics
of the base structure.
Isogrid stiffener configuration is a special class of stiffened
or grid structures whereby the grid members are arranged in
an isosceles triangular patterns. Due to their efficiency, these
isogrid members have been widely used in many structural
applications especially in spacecraft components [1,2]. Analysis
of the performance of isogrid structures can be traced back
to the work of Slysh et al. [3]. Since then extensive efforts
have been exerted to study isogrid structures in an attempt
to maximize their stiffnesses, eigenfrequencies, and/or critical
buckling loads while imposing stringent constraints on the total......

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Title: Optimization Of The Static And Dynamic Characteristics Of Plates With Isogrid
Approximate Word Count: 293
Approximate Pages: 2 (250 words per double-spaced page)

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