Foundations in Stress Analysis using Ansys Mechanical - Simulation Quiz 1

Clothes Hanger Analysis

A clothes hanger is a hanging object in the shape of a human shoulder. It helps avoid wrinkles in clothes, and clothes can be easily hanged or removed from the hanger. When clothes or even a heavy cloth is hung on a clothes hanger, we usually see the hanger deform. In this problem, we will see how the clothes hanger made of different materials will deform under a light and heavy load.

Follow the instructions to set up the simulation and get results BEFORE starting the quiz. Download the instructions and necessary simulation files from here.

Note: The Expected Completion Time for this quiz is 15 mins, but the Maximum Available Time to complete it is 30 mins.

Total Available Time - 30 mins
Total Number of Questions - 10

Times up!

Foundations in Stress Analysis using Ansys Mechanical - Simulation Quiz 1

Complete the simulation and have all the results ready BEFORE starting the quiz.

Once you have finished the exam, click on the 'Mark Complete' button to save your progress and move to the next section.


1 / 10

Of the six strain tensor components, which has the largest magnitude for System A (Aluminum)? 

2 / 10

Choose the BEST explanation for the influence of material density in the static analysis of the hanger. 

3 / 10

Consider the triangular portion of the clothes hanger, with positive x-direction being the “right” side and negative x-direction being the “left” side.  For System B (Structural Steel), the Total Deformation is _____.  Select the BEST answer. 

4 / 10

Choose the BEST reason for analyzing the hanger as a flexible body instead of a rigid body. 

5 / 10

Choose the BEST reason for analyzing the hanger with a Static Structural System instead of Full Transient System. 

6 / 10

Consider a separate case where the aluminum hanger is suspended under standard earth gravity using only a steel spring of length 10mm and stiffness 0.28N/mm, without any applied Force or Fixed Support.  (Do not setup or solve such a simulation.)  What will be the strain generated in the spring?  Select the option that is closest to the answer.  (Hint: the mass of the hanger can be found in the Details view of the “Geometry” branch.) 

7 / 10

 For System B (Steel), which of the following statements is correct concerning the center of the horizontal member of the clothes hanger?  Select 2 best options.  Note that the use of the term “significant” is relative to the magnitude of total equivalent strain in the model.

8 / 10

What is the force reaction in the x-direction at the Fixed Support in System A (Aluminum)?  Pick the option that is closest to the answer. 

9 / 10

For System B (Structural Steel), the largest deformation in the x-direction occurs in which location? 


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10 / 10

The maximum equivalent elastic strain is located at _____  for System A (Aluminum)?


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