Question

i need report for analysis steel structure with 5 or 6 page

please can you do this

i need your answer

can you or cant you

Answer 1

Steel Structure Analysis:

  The design of steel structures classically consists of a two‐step analysis and verification procedure: internal forces and displacements are first evaluated based on the principles of equilibrium and compatibility; subsequently, these internal forces and displacements are compared against corresponding resistance, stiffness and ductility values to ensure structural safety and fitness‐for‐purpose. It discusses the modelling of steel structures and presents the various methodologies for structural analysis, directly related to the susceptibility of the structure to nonlinear phenomena. The chapter describes the classification of cross sections and its implications in the choice of design procedures. Global plastic analysis assumes progressive yielding of some cross sections of the structure, normally leading to plastic hinges and a redistribution of forces within the structure.

The Various Types of Structural Steel Shapes

• American Standard Beam (S-Shaped) Generally known as an S beam, the American standard beam has a rolled section with two parallel flanges, all connected by a web.
• Angle (L-Shaped)
• Bearing Pile (H-Shaped)
• Channel (C-Shaped)
• Hollow Steel Section (HSS)
• I-Beam
• Pipe
• Tee
• Custom shapes

• American Standard Beam (S-Shaped)

  Generally known as an S beam, the American standard beam has a rolled section with two parallel flanges, all connected by a web. The flanges on S-shaped beams are relatively narrow. The designation of the beam gives the builder information about each unit’s width and weight. For example, S12x50 represents a beam that’s 12 inches deep and weighs 50 pounds per foot.

  Angle (L-Shaped)

  Angle beams take an L shape, with two legs that come together at a 90-degree angle. Angle beams come in equal or unequal leg sizes. An unequal leg L beam may have one leg of 2x2x0.5 and one leg of 6x3x0.5, for example. L beams are typically used in floor systems because of the reduced structural depth.

  Bearing Pile (H-Shaped)

  When builders can’t find a structure on a shallow foundation, they use bearing piles to design a deep foundation system. Bearing piles are H-shaped to effectively transfer loads through the pile to the tip. Bearing piles work best in dense soils that offer most resistance at the tip. Individual piles can bear more than 1,000 tons of weight.

  Channel (C-Shaped)

  Structural C channels, or C beams, have a C-shaped cross section. Channels have top and bottom flanges, with a web connecting them. C-shaped beams are cost-effective solutions for short- to medium-span structures. Channel beams were originally designed for bridges, but are popular for use in marine piers and other building applications.

  Hollow Steel Section (HSS)

  HSS is a metal profile that has a hollow, tubular cross section. HSS units can be square, rectangular, circular, or elliptical. HSS structures are rounded, with radiuses that are about twice the thickness of the wall. Engineers commonly use HSS sections in welded steel frames for which units experience loading in different directions

• I-Beam:An I Beam, also known as an H beam or a universal beam, has two horizontal elements, the flanges, with a vertical element as the web. The web is capable of resisting shear forces, while the horizontal flanges resist most of the beam’s bending movement. The I shape is very effective at carrying shear and bending loads in the web’s plane. The construction industry widely uses I beams in a variety of sizes.

• Pipe

  Structural steel pipes are important for a variety of construction applications, lending strength and stability. Pipes are hollow, cylindrical tubes that come in a variety of sizes. Engineers often use steel pipes to meet the needs of water, oil, and gas industry projects.

  Tee

  A tee beam, or T beam, is a load-bearing beam with a T-shaped cross section. The top of this cross section is the flange, with the vertical web below. Tee beams can withstand large loads but lack the bottom flange of the I Beam, giving it a disadvantage in some applications.

  Custom Shapes

  Today’s engineers are not limited to using only the most common shapes. Custom metal fabrication opens the doors to a variety of special structural steel shapes for any type of project. Using state-of-the-art tools and techniques, such as water jet, laser, and plasma cutting, metal fabricators can sculpt steel into myriad shapes for specific needs. If you can dream it, odds are an experienced metal fabricator can create it.