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{alias:shell2}
{panel}
Panel
Author: Rajesh Bhaskaran, Cornell
University

Problem Specification
1. Create input file
2. Modify and read input file

Problem Specification

Consider the semi-monocoque shell problem analyzed in a previous tutorial. Redo the problem changing only the number of stiffeners in the x-direction. For the quarter-plate, increase the number of x-stiffeners to 3 as shown below; previously, we had 2. Compare the displacement and stress values for the new and old cases and comment on the differences and/or similarities.

Image Removed

We'll play smart and avoid plodding through the solution procedure from scratch by using ANSYS capabilities for performing parametric studies.

Go to Step 1: Create input file

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{color:#ff0000}{*}Problem Specification{*}{color}\\
[1. Create input file|ANSYS - Semi-Monocoque Shell, Part 2 - Step 1]\\
[2. Modify and read input file|ANSYS - Semi-Monocoque Shell, Part 2 - Step 2]
{panel}

h2. Problem Specification

Consider the [semi-monocoque shell|ANSYS - Semi-monocoque shell - Problem Specification] problem analyzed in a previous tutorial. Redo the problem changing only the number of stiffeners in the _x_\-direction. For the quarter-plate, increase the number of x-stiffeners to *3* as shown below; previously, we had 2. Compare the displacement and stress values for the new and old cases and comment on the differences and/or similarities.

!geometry2.jpg!

We'll play smart and avoid plodding through the solution procedure from scratch by using ANSYS capabilities for performing parametric studies.

Go to [Step 1: Create input file|ANSYS - Semi-Monocoque Shell, Part 2 - Step 1]

[See and rate the complete Learning Module|ANSYS - Semi-Monocoque Shell, Part 2]

Go to [all ANSYS Learning Modules|ANSYS Learning Modules]