Tutorials

4 3 Intermediate
In this tutorial we will look at how to use the 'WarehouseProfiles' function in the MetalWB workbench to create a simple welded structure. We will also see how to insert a cutting list into the drawing using the FCTreeView macro and Techdraw.

3 0 Intermediate
. . . . . . . . This is the Solidworks CSWPA-WD weldments sample exam Exam link: https://www.solidworks.com/sw/support/8539_ENU_HTML.htm Notice : This sample exam doesn't cover all solidworks weldments functionalities For those who want to pass the real exam , it features : -Weldment profile creation -Placing the Weldment profile in the Weldment profile library -Basic and Advanced Weldment Part creation -Weldment corner modification -Placing gaps at corners and segment intersections -End Caps -Gussets -Weldment Part modification -Trim/Extend Command -3D Sketch Creation -Cut List Folder management in the Weldment Part -Cut List creation in the Weldment Drawing Feel free to ask questions. Good luck.

2 0 Intermediate
u can weld through following step in workbench There are one "WELD" option in geometry. there u can create weld

1 0 Intermediate
arc welding processes such as SMAW (Shielded Metal Arc Welding), MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and MAG (Metal Active Gas), electrodes and wires are classified and coded according to international standards. These designations help welders select the appropriate consumables to ensure weld quality and suitability for specific applications. This article explains common electrode and wire classification systems with representative examples and their meanings.

0 0 Intermediate
A weld seam isn’t just a shiny metallic line on the surface. Beneath it lies a world of microstructures and processes that shape the fate of the material. In welding engineering, some invisible phenomena can lead to very visible problems. In this article, we will explore two often-overlooked yet critical concepts: block segregation and terrace fracture.

0 0 Intermediate
Welding is an indispensable joining method in modern manufacturing and construction. The quality of a welded joint is influenced not only by the welder’s skill but also by the proper selection of the welding process, welding position, and most critically, the weld joint preparation. The geometry of the joint preparation directly affects the penetration depth, heat distribution, weld metal behavior, and the presence of welding defects. This paper presents a technical review of weld joint designs, welding process classifications, and welding positions in accordance with EN ISO 9692 series, EN ISO 4063, and EN ISO 6947 standards.