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Part 1 Investigate the effect different composite layups have on the response in a tensile test. To get
startedr review the following video, which demonstrates how to design and test a laminate. Classical
Lamination Theory {EMU/1014?} ' EMBRY-RIDDLE Aeronautical University Classical Lamin... 

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Videos: More Guidance Review the following videos for assistance. . The first video provides manual
examples of how the ABD matrix is developed. It also gives good insight into some details. your script is
executing correctly. The second video supplements the MATLAB Template. Developing an ... 

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Classical Lamination Theory VCL Transcript This week, we began to explore the ability of composites to
tailor the response of a structure. And we did that through the idea of classical lamination theory. Which
is where we found a relationship between the applied forces and in this case, that force fa... 

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in a minute and we will close our file. And again, as before, take pictures of the previous scene and this
scene to include in your final submission to a close that file. We will close this. And then we'll go ahead,
and we'll look at the data file looks like. According to our directory of test data, we have ou... 

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. Important Note m % Do not delete any part of this script. It is ok to add to it and comment % put
material that is not reguired but do not delete anything % Student Name: % Date: The purpose of this
code is to implement the equations that represent an orthotropic material under plane-stre... 

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9696%%%%%%// /96%%6%%% End User Input %%6%// /%636364636% % setup the matrices A =
zeros (3, 3) ; B = zeros (3, 3) ; D = zeros (3, 3) ; for i = 1: numberofLayers % setup the matrices *first
compute Qbar for the current layer [Qbar] = ReducedStiffnessMatrix(E1, E2, G12, v12, v21, ...