The below table outlines the C5x9 section properties including the torsion constant as well as moment of inertia and plastic modulus properties. This section is typically designed using the design standard AISC 360-16 LRFD and is manufactured using …

Properties in imperial units of American Steel C Channels are indicated below. The standard method for specifying the dimensions of a American Standard Steel Channels is like C 5 x 9. which is a beam 5 inches deep with a weight 9 lb/ft. I-shaped cross-section beams:

Dimensions and structural sectional properties for a C5X9 standard steel section. Includes width, depth, thickness, moment of inertia, section modulus, plastic modulus, and weight.

Cross-Sectional Properties | Standardized - Steel | C 5x9 | AISC 14 | --

ASTM A36 channel is one of the most widely used carbon steels in industry. A36 steel it is weldable, formable, and machinable. Galvanizing the steel increases its corrosion-resistance. The following chart table gives cross section engineering data for ASTM Structural Steel Channel as follows: Related Resources:

AISC A36 Structural Channel C-Shape Steel Sizes. The table below gives the size and shape dimensions, weight per foot and cross section area for Structural Steel per AISC . Related: Structural A36 Steel Channel Section Properties Table Chart. Related Resources: Link …

Here you'll find all American Standard Channel shapes described by the AISC Steel shapes database (V14.1). Sort the table below according to any property and select a CAD file to …

Steel Supply, L.P. is the leading online supplier of Structural Steel such as Carbon Steel Channel like C5 X 9 X 10.

The table below shows properties of standard steel sections from the American Institute of Steel Construction (AISC) Note: Metric units have been converted from tabulated imperial values and rounded to a reasonable number of significant figures.

Thus C 7 × 12.25 designates an American Standard C Channel with a depth of 7 inches and a nominal weight of 12.25 pounds per foot. Symbols: I = moment of inertia; S = section modulus; r = radius of gyration; x = distance from center of gravity of section to outer face of structural shape.