DRESP1 - Static Stress Item Codes for Bar Elements using PBARL, PBEAML Properties

Bar Element Types

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Cross-sectional dimensions and stress constraint evaluation points.

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

The location of point 5 will be determined by varying the $\theta$ from 0 to 360 degrees to find the maximum von Mises stress.

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).

The location of point 5 will be determined by varying the $\theta$ from 0 to 360 degrees to find the maximum von Mises stress.

Several stress recovery points are coincident (for example, 1 and 5, 2 and 6). In these cases, the lower number refers to the XY shear stress recovered (in the XZ plane) and the higher number refers to XZ shear stress recovered (in the XY plane).

Maximum von Mises Stress (SVMAX) calculation can happen at evaluation points of normal stress. SVMAX output is taken as the maximum of: a) von Mises evaluation stresses (S1V, S2V, S3V, etc.), and b) absolute of normal evaluation stresses (S1N, S2N, S3N, etc).