Easy to Build Two Story Metal Building Kits

Design Yours in 3D

Quicken Steel Buildings offer flexibility in style, options, and accessories. This includes a wide-variety of multi-story steel building options. If you’re looking to level up your next metal building structure with a second story, let us help you build it quicker, stronger and more cost efficiently.

Two-Story Steel Buildings

How do multi-level steel buildings work?

If metal structures could not be more than one tall story, then America’s city skylines would look drastically different. Not to mention the elevator business wouldn’t have made it. It’s because steel is so strong, it allows us to safely and efficiently build upward.

Multi-story steel structures have several advantages if you have planned correctly. Let’s look at those advantages and some principles of design to build a multi-story structure or build added floors on an existing one.

GET A QUOTE

Design Rules To Follow for Two-Story Steel Buildings

Typically, the design of a two-story building begins with the initial design of a building, but if the original design is for a single-story building, you can still build it as if more floors will be added in the future.

Plan as if you are constructing a multi-story building as you determine the building specifications.
Consider the possibility of steel construction expansion at a future date and design a stronger basis and structure when choosing grids and performing preliminary sizing.
Ground circumstances affect the design of a multi-story building significantly.
The weight and price of a structural frame per floor area unit rises with height due to the disproportionate increase in wind loading.
Due to its lateral stability when used as a constant metal frame, steel is particularly suitable for multi-story building. The continuity of the space between the beams and columns limits the sway of the frame. Another alternative is to construct a braced frame for lateral and torsional load resistance.
Vertical bracing transfers horizontal forces to the floor and offers resistance to swaying.
At each level of the story, horizontal bracing braces the horizontal frame through the floor plates and transfers horizontal forces to the vertical bracing planes.
In theory, for resistance in both directions and torsion resistance around the vertical axis, at least three vertical bracing frames are needed. Usually, more than three frames are needed for real-world use to provide the suitable quantity of resistance.
The elevated strength-to-weight ratio of steel is another benefit. Building a multi-story constructing with concrete needs highly dense walls to guarantee that the building does not collapse under its own weight. The need for dense walls reduces the quantity of usable square footage within the structure and takes up more room on the construction site.

Why A Two-Story Steel Building?

Building up rather than out can help maximize your property as well as add to the structural aesthetics and provide unique views.

Here are the other benefits of two-story metal construction:

Within a framework, you can improve storage ability.
By enabling specialized use from floor to floor, additional stories improve the profitability of a structure.
For many significant towns and cities, multi-story structures generate a visual identity.
To fulfill constraints or add architectural beauty, you have more design flexibility.
More than most concrete or stone houses, steel can resist wind loads.
Steel is also a more solid material that carries load better than concrete with the capacity to carry more weight and thus more stories.
Steel also has the reclamation and reuse benefit. Recycled steel is as powerful as fresh steel, and by repeated recycling it never loses that power. Using steel eliminates tons of landfill waste and decreases the need for iron mining.