Calculate the steel structure of the factory so that it is accurate
Nowadays, steel structure workshop is a popular choice of many businesses. Practical benefits steel is a durable material with a high strength-to-weight ratio. Both durable and lightweight compared to traditional factory building structures. Easy to install, flexible in design and layout.
Calculating steel structure workshops, the distance between columns must be calculated and combined with the floor height. Often during the design process, structural steel members will support and bear the planned load of the factory. By understanding the loads of different types of buildings. Structural engineers can reliably estimate the required volume of steel structures at each design stage. Usually at this stage, however, drawings of columns and beams will be laid out, with initial beam and column dimensions determined.
Floor height will also be calculated at this stage, so an exact count is required. Now, modern design software, serving the steel structure industry, can estimate the number of different types of beams and columns. For example, wide flange beams and columns (W), tubular steel beams and columns (HSS), angle (L), channel (C) and others are used in many situations. A typical wide flange column or beam will be referenced by its nominal height in inches (cm), as well as its weight per linear foot (m). Standard blueprints, such as those in the AISC Handbook of Structural Steel Construction, are used to determine weights per linear foot for other shapes such as angle (L) and tubular steel (HSS). ). Steel decks and roof decks are measured using a square ruler, using manual stripping and estimating software stripping.
In addition to the identified main and auxiliary members, the estimation will always include a certain percentage of the unspecified structural steel volume. Structural steel is measured in pounds and is usually priced in tons. Ratio analysis jobs are made easier and more scrutinized. The formula and conversion for dissection is:
Weight (Tons) = Length x Weight / 2,000
Length = Length of Beams, Columns, other steel structures
Weight = Weight of beams, columns, components. Steel structure per linear foot
2,000 = Pounds to Tons conversion factor
Floor and roof area * = Length x Width
Length = Length Dimensions of the building
Width = Width of the building
BIC shares how to calculate the weight of the factory steel structure in a simple and easy to understand way.
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BIC hopes that with this article, you will have a better overview of the deck. Good luck!
Read more: Industrial Factory Construction
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