Contents: Introduction Frame analysis in a fictional text

Contents:
Introduction……………………………………………………………………….2

1. 
   Frame analysis in a fictional text………………………………………5
   

1. 
   General information about frame analysis…………………………………..5
   
2. 
   Fictional texts………………………………………………………………14
   
3. 
   Analysis of a fictional text…………………………………………………18
   

Conclusion………………………………………………………………………..28
Bibliography……………………………………………………………………...31

Introduction
Understanding the structural integrity of a given frame regarding deformations and stresses is very important, when subjected to various loading and constraints. Using Frame Analysis to understand the structural integrity of a given frame regarding deformations and stresses can give us various benefits, when subjected to various loading and constraints. Once we define the criteria, we can run the simulation and view the behavior relative to the conditions we defined. Simulations help us identify performance issues and find better design alternatives. Beam elements are linear. Frame analysis does not support curved beams. So the curved beams must be split into small linear pieces. Each beam element has six degrees of freedom at the beam start and beam end (three rotational and three degrees of freedom of displacement). Nodes on beams define somehow important points on the structure. They can be used to define forces, for example. In modal analysis, nodes can concentrate masses.
The actuality of the course paper. Fictional texts differ from non-fictional ones in that they were not primarily intended to convey information. Novels, short stories, plays, and poems were written for artistic purposes in order to appeal to the interested reader´s imagination.
The following key functionality is available in Frame Analysis:

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  Structural static and modal analysis of one or more simulation studies.
  
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  Automatic adaptive features for controlling accuracy of results.
  
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  Large selection of boundary conditions (loads and constraints).
  
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  Extensive post-processing functionality for 3D viewing of the results, and publishing Web reports.
  

The Frame Analysis interface is divided into two main areas: the Frame Analysis browser, and the graphics region. These areas display content associated with the active simulation. Inactive simulations have a gray background.