Building any structure requires lots of material and a good understanding of the construction trade. You will find all kinds of buildings made of various materials. Concrete buildings and brick buildings are good, however the best buildings are steel buildings.
What makes this so? There are a lots of factors to want to have a building made from steel. First, steel can be a material which can be molded shaped easily. If you prefer a building using a little for flare design, steel are capable of doing it for you.
Steel is easily put together. You’ve the steel components made at the factory and all you need to do is put in place. Either riveting or welding, putting steel in place is quicker than concrete due to the fact needs to be poured and be allowed to dry. This can be a time saver. And, in construction, whenever save is money saved. And, in these financial times, that’s so essential.
By the way, talk about concrete steel, you also can read our interesting article about why concrete is reinforced with steel.
Steel is extremely strong. With the ability to endure long periods of sustained winds such as tornadoes and hurricanes and not be impacted. It could even stand the power of earthquake. Despite these forces of nature, the steel with keep it’s structural integrity. Using the strength of steel, you are able to build your buildings higher into the skyline. Buildings could be larger and allow for more people, saving space in crowded metropolitan areas.
Steel can be a cost saver. When compared to the material of concrete, it doesn’t cost as much to create. Any type of financial saving saves the builder money, which often the client saves money on the construction building project. This can be a win-win scenario that all parties may live with.
The environment will take advantage of the use of steel. Steel, about 60% and more of it, is recyclable. Steel from buildings which have been torn down continues to be recycled into more steel for various other building use. This is ideal for the environment since less material is going to be placed in dumps.
You are able to build large or small structures out of steel. It doesn’t just fit in with the skyscrapers that dot the skylines of almost every main city of the planet. You can build structures for your backyard such as garden sheds. You may also build an additional garage out of steel.
Throughout this era, a growing number of homes are constructed with steel. This really is smart for the home buyer. Steel doesn’t wear away like brick and doesn’t rot like wood. Rotting wood structures because of moisture must be torn down. Steel buildings are resistant to bugs. Termites and other bugs which prefer to eat wood can’t damage the structural integrity of steel. And, you’ve all the other pointed out advantages of steel.
Steel buildings would be the best buildings for any large company or home. They are very strong and can last long periods of time. They are a price saver and a time saver too so you can fulfill your construction deadlines. They are an ideal option for any new project.
Monday 17 November 2014
Building Structural Design for Steel, Wood and Concrete Material Framing
Selecting building material and framing system is determined by load bearing capacity, functionality, economy and wanted lifespan. The framing system should have adequate bending characteristics to support architecture style of the building and non-structural elements. Frames are fundamental skeleton of the building created using wood, steel, reinforced concrete or prefabricated materials.
About reinforced concrete, you can also see our different article talks about Why concrete is reinforced with steel.
Light weight wood frames are most widely used for the construction of 2 to 3, single or multiple residential apartment. Structurally it’s a repetitive bond of wood joists on wood studs. All wood buildings are designed in compliance with the International One and Two Residential Building Code. Commercial and industrial wood building normally have larger floor spans along with few retaining walls.
Steel building include of repetitive framing of steel beams and columns. The beam-column connections are totally designed like a moment connection withstand laterla loads. Lateral forces are transmitted by steel decking to the moment resisting frames. These frames could be placed almost any place in the structure. Steel structures are usually more flexible than wood buildings in their design and offers advantages of fire resistance, offsite fabrication of elements and inexpensive.
Steel structures composed of light frame are often pre-engineered and fabricated with solid frames in the transverse orthogonal design. These frams provide greatest strength when columns and beams are built up of light steel plates.
Precast Concrete Frame building consists of floor and roof decking made up of precast concrete members for much better earthquake resistance. Precast concrete columns and girders assist the decking system along with reinforced steel to interconnect these elements. Higher strength and capacity of these connections assist resist lateral loads as wanted in main seismic upheavals.
The building structural engineer need to ensure their designs meet wanted load, safety, architectural, serviceability and functionality criteria. It will easily endure massive live and dead loads along with climate changes and natural disasters.
About reinforced concrete, you can also see our different article talks about Why concrete is reinforced with steel.
Light weight wood frames are most widely used for the construction of 2 to 3, single or multiple residential apartment. Structurally it’s a repetitive bond of wood joists on wood studs. All wood buildings are designed in compliance with the International One and Two Residential Building Code. Commercial and industrial wood building normally have larger floor spans along with few retaining walls.
Steel building include of repetitive framing of steel beams and columns. The beam-column connections are totally designed like a moment connection withstand laterla loads. Lateral forces are transmitted by steel decking to the moment resisting frames. These frames could be placed almost any place in the structure. Steel structures are usually more flexible than wood buildings in their design and offers advantages of fire resistance, offsite fabrication of elements and inexpensive.
Steel structures composed of light frame are often pre-engineered and fabricated with solid frames in the transverse orthogonal design. These frams provide greatest strength when columns and beams are built up of light steel plates.
Precast Concrete Frame building consists of floor and roof decking made up of precast concrete members for much better earthquake resistance. Precast concrete columns and girders assist the decking system along with reinforced steel to interconnect these elements. Higher strength and capacity of these connections assist resist lateral loads as wanted in main seismic upheavals.
The building structural engineer need to ensure their designs meet wanted load, safety, architectural, serviceability and functionality criteria. It will easily endure massive live and dead loads along with climate changes and natural disasters.
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