HD Wide flange column

Wide flange columns are used in structural design to add strength and stability to a structure that will support heavy loads. Structural engineers often utilize structural design software programs to help them sort through the many options available when designing a building. Structural engineers can use structural design software programs to assist them in selecting the proper building materials and design elements to achieve spectacular results.The structural engineer considers the limitations and benefits of using each type of column and selects a material that meets the design specifications and budget limitations.Structural engineers use H beams is designing structures in many different areas of construction.
Wide flange column may be constructed of steel, wood, concrete, or manmade building materials such as composites, solid sawn lumber, and glulams. Mathematical equations help the structural engineer design sound structures such as high rise buildings, homes, and bridges. Specific design elements can drastically affect the stability and visual appeal of a structure.When designing high rise buildings, structural engineers may utilize several different types of columns to support the structure.
HD wide flange columns are an important part of the structural engineer’s tool kit when designing high rise buildings. When designing a structure, the structural engineer must consider the design of stud walls, laterally loaded columns, and built up columns.H beam engineering design software helps structural engineers adhere to local, federal, and international building codes while designing a structurally sound building within the client’s specifications and budget.Wide flange steel column are most often used in commercial construction, such as the construction of high rise buildings.

Dimensions:
HD 360 / 400 in accordance with ASTM A 6/A 6M - 07; HD 260,
HD 320 in accordance with mill standard

Tolerances:
EN 10034: 1993 HD 260/320
ASTM A 6/A 6M - 07 HD 360/400

Surface condition:
According to EN 10163-3: 2004, class C, subclass 1