Difference Between Pipes & Tubes

-

 Difference Between Pipes & Tubes :




Comments

Post a Comment

Popular posts from this blog

Navisworks Keyboard Shortcuts

-
  Navisworks Keyboard Shortcuts: General Shortcuts Default Keyboard Shortcut Description PgUp Zooms to view all objects in the Scene View. PgDn Zooms to magnify all selected objects in the Scene View. HOME Takes you to  Home  view. This keyboard shortcut only applies to the  Scene View  windows. This means it will only work when this window has focus. ESC Deselects everything. SHIFT Used to modify the middle mouse button actions. CTRL Used to modify the middle mouse button actions. ALT Turns the keytips on or off. ALT + F4 Closes the currently active dockable window when it is undocked, or exits the application if the main application window is active. CTRL + 0 Turns on  Turntable  mode. CTRL + 1 Turns on  Select  mode. CTRL + 2 Turns on  Walk  mode. CTRL + 3 Turns on  Look Around  mode. CTRL + 4 Turns on  Zoom  mode. CTRL + 5 Turns on  Zoom Window  mode. CTRL + 6 Turns on  Pan  mode. CTRL + 7...
Read more

PDMS Commands

-
Image
   To Open Command Window In PDMS  Go to Display ==> Command Window . Type a Command (Sometimes have Selection on Current Element) & Press Enter.  PDMS Commands General Commands: 1.    SAVEWORK - To Save Current Work 2.    AXES OFF - Axes Switch Off 3.    ADD CE - Add Current Element To Display 4.    REM ALL ADD CE  - Remove All From Display And Add Current Element. 5.    ALP REQ CLEAR - Clear The Command Line 6.    REM ALL - Remove All From Display 7.    REPR HOLES ON UPDATE - Holes Representation On & Update In Graphical Window. 8.    REPR HOLES OFF UPDATE - Holes Representation Off & Update In Graphical Window 9.    Q ATT - To Display The Attributes Of The Current Element 10.  STAT - To Display The Status 11. UNCLAIM ALL - Unclaiming All To Allow The Other User To Work. 12. Q POS $Q - Help 13. MARK CE - To Display The Name Of The Component...
Read more

Pipe Stress Analysis

-
Image
 Pipe Stress Analysis: The purpose of pipe stress analysis is to ensure the safe operation of piping systems by verifying their structural and pressure retaining integrity under the loading conditions expected to occur during the life time of the piping in the plant. This is accomplished by calculation of stress in the pipe wall, piping expansion movements, equipments, nozzle loads and system natural frequencies and comparing these values to the permissible values.   The stress analyst is also responsible for determining the design support loads to ensure that the supports are adequately designed to take the piping loads. Considerations: The requirements of piping stress analysis are laid out in the piping code ASME B31. For the purpose of stress analysis, piping systems are typically divided in to two main categories and then further divided into sub categories.  Basically they are classified as HOT and COLD systems . Hot lines are those with a design temperature of...
Read more