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Overview

1 Introduction

2 Installation

3 User Interface

4 Model Data

5 Load Cases and Combinations

6 Loads

7 Calculation

8 Results

9 Results Evaluation

10 Printout

11 Program Functions

12 File Management

13 Literature

8.20 Surfaces - Other Stresses

To control the graphical display of stress components due to bending moments and membrane forces, select Surfaces → Stresses in the Results navigator (see Figure 8.48). Table 4.20 shows these stresses in numerical form.

Image 8.51 Table 4.20 *Surfaces - Other Stresses*

The table shows the other stresses sorted by surfaces. The results are listed in reference to the grid points of each surface.

Grid Point

The numbers of the grid points are listed by surfaces. For more information about grid points, see Chapter 8.13.

Grid Point Coordinates

Table columns B to D show the coordinates of grid points in the global coordinate system XYZ.

Stresses from Moments / Axial Forces

The stresses are related to the directions of the local surface axes. When you analyze curved surfaces, they refer to the axes of the finite elements (see Figure 8.41).

The stresses have the following meanings:

Table 8.13 Other stresses
σ_x,b	Stress due to bending moment m_x $σ_{x, b} = \frac{6 m_{x}}{d^{2}}$ where d: thickness of surface
σ_y,b	Stress due to bending moment m_y $σ_{y, b} = \frac{6 m_{y}}{d^{2}}$
τ_xy,b	Stress due to torsional moment m_xy $τ_{x y, b} = \frac{6 m_{x y}}{d^{2}}$
σ_x,m	Membrane stress due to axial force n_x $σ_{x, m} = \frac{n_{x}}{d}$
σ_y,m	Membrane stress due to axial force n_y $σ_{y, m} = \frac{n_{y}}{d}$
τ_xy,m	Membrane stress due to shear flow n_xy $τ_{x y, m} = \frac{n_{x y}}{d}$

Parent Chapter

8 Results