Common use of Static stress Clause in Contracts

Static stress. ‌ Figure 6 shows the appropriate input screen for the SI unit system and for static stress. The internal LICAD Drawing No. is displayed in the uppermost space. The first two numbers in this space are issued by the program and cannot be altered. The third part of the number is provided for a project or system number. The issuance of these numbers makes it possible to search faster within a project for drawings of a certain system. Following this the Customer Drawing Number, the Xxxxxx Xxxx Number and the Calculation Point Number can be entered. The letter following the space labeled Load refers to the specified load: hot or operating load >>hot<< or cold load >>cold<<. The setting is carried under ‘Specifications’ or can be altered via double click on the field in this screen or by clicking on buttons . The program processes loads from 0.04 kN to 400 kN for static stresses with spring elements and to as much as 545 kN with rigid supports. Figure 6: Mask for the input of pipe support data The value for the Pipe diameter refers to the outer diameter of the pipe. Via a double click in this field or clicking on the button a help screen with standard pipe diameters can be called up. Observe the following:

Static stress. ‌ Figure 6 16 shows the appropriate input screen for the SI unit system and for static stress. The internal LICAD Drawing No. is displayed in the uppermost space. The first two numbers in this space are issued by the program and cannot be altered. The third part of the number is provided for a project or system number. The issuance of these numbers makes it possible to search faster within a project for drawings of a certain system. Following this the Customer Drawing Number, the Xxxxxx Xxxx Number and the Calculation Point Number can be entered. The letter following the space labeled Load refers to the specified load: hot or operating load >>hot<< or cold load >>cold<<. The setting is carried under ‘Specifications’ or can be altered via double click on the field in this screen or by clicking on buttons . The program processes loads from 0.04 kN to 400 kN for static stresses with spring elements and to as much as 545 kN with rigid supports. Figure 6: Mask for the input of pipe support data The value for the Pipe diameter refers to the outer diameter of the pipe. Via a double click in this field or clicking on the button a help screen with standard pipe diameters can be called up. Observe the following:

Static stress. ‌ Figure 6 shows the appropriate input screen for the SI unit system and for static stress. The internal LICAD Drawing No. is displayed in the uppermost space. The first two numbers in this space are issued by the program and cannot be altered. The third part of the number is provided for a project or system number. The issuance of these numbers makes it possible to search faster within a project for drawings of a certain system. Following this the Customer Drawing Number, the Xxxxxx Xxxx Number and the Calculation Point Number can be entered. The letter following the space labeled Load refers to the specified load: hot or operating load >>hot<< or cold load >>cold<<. The setting is carried under ‘Specifications’ or can be altered via double click on the field in this screen or by clicking on buttons . The program processes loads from 0.04 kN to 400 kN for static stresses with spring elements and to as much as 545 kN with rigid supports. Figure 68: Mask for the input of pipe support data The value for the Pipe diameter refers to the outer diameter of the pipe. Via a double click in this field or clicking on the button a help screen with standard pipe diameters can be called up. Observe the following: