What is structural steel drawing?
Structural steel drawing illustrates the connections of steel materials used in construction. It guides contractors to choose building materials. Fundamentally, the steel structure drawing shows the positions of each steel structure material used in the building.
What are fabrication drawings?
A fabrication drawing is developed by the fabricator, contractor, manufacturer, or supplier. It provides sections and views including bolting and welding information, dimensions, details and standards. That is, it includes details on how various structural elements are designed, manufactured, assembled and installed.
How many types of fabrication drawings are there?
Types of fabrication drawings. When working with steel structures, in particular, you can expect to receive three types of fabrication drawings. Each one plays an important part in the construction process and a single project that is complex will require all three drawings.
What is structure fabrication?
Structural steel fabrication is the process of bending, cutting, and modelling steel to form a structure. For structural steel fabrication pieces of steel are put together to make different structures that are usually of predefined sizes and shapes.
What are different types of structural drawings?
Top 10 most common types of Construction drawings use regularly in construction industries.
- Block Plan.
- Architectural Drawings.
- Production Drawings.
- Structural Drawings.
- Electrical drawings.
- Plumbing Drawings.
- HVAC Drawings.
- Firefighting Drawings.
What is steel fabrication process?
There are three basic parts of steel fabrication – melting raw materials, mixing melted materials into steel, and forming the desired shape using said steel. The entire process is rather complicated, has little to no room for error, and requires a person of specific skills to operate it all properly.
How do you fabricate structural steel?
What is the Structural Steel Fabrication Process?
- Step 1: Ideation.
- Step 2: Blueprint/Drawing Creation.
- Step 3: Convert Blueprints Into Shop Drawings.
- Step 4: Cut and Drill Steel Beams.
- Step 5: Piece Etching.
- Step 6: Component Assembly.
- Step 7: Custom Part Machination.
- Step 8: Complete Assembly.