Understand the steel structure and what is the steel structure

Software used in the steel structure of the workshop:

Design: 1. The STS module in PKPM can be used as a general portal steel structure, and the STPJ module is a module specifically for heavy industrial plants, if it involves three-dimensional calculation, it is basically enough to match a TAT or SATWE module. 2. The SSDD software of the original Dalian REI company, you can also do light steel design, and now the company has changed its name to be called Bently (not allowed) or something, if you need three-dimensional calculation, you can buy STAAD MTS of Tongji University can also do it, but you need to have solid structural knowledge.

4. There are also PS2000, GFCAD, etc., but the number of users is not too much.

Budget: If you need to go to the list or quota, you need professional budget software, such as Luban, Glodon, List Master, Beike, etc., but most of them are self-sufficient, and they are processed with the office series.

On how to get started:

Reading is a pathway, but not a shortcut. The real shortcut is to ask people for the purpose of the work tasks you receive, consult relevant information, such a project and the accumulation of a project, as long as you are diligent and studious, the progress should be very fast. If you want to develop your major in the future to the design side of the need to supplement the knowledge should be a lot, it is better to focus on budget or project management, your top priority is to immediately learn to understand the steel structure drawings, learn from practice, not to run to the book to find theory and then practice, the book is not finished, even if you read a lot, the proportion of what can be used is not high, what you need to learn.

According to what your boss asks of you.

Your unit should belong to a small steel structure unit.

Learn from the master for a long time. I can only suggest that you take a look at the production process of the steel structure factory.

In terms of craftsmanship. Let's look at the installation sequence on site. Hoisting scheme.

The processing of each node and the matters that need to be paid attention to.

The reason for this design. the function of each segment component, and so on.

See more, think more. I can build a spatial model of the steel structure in my head. Then go and design. Good for your future. Go further.

If you look for the software directly. Go through the information and do it. There is no benefit.

Do you design or manufacture? This one is very different.

For design, there is "Principles of Steel Structure Design". If you want to manufacture, you can look at the "steel structure construction technology" and the like. No matter what you do, it's not enough to just read a book, you have to do it with your hands.

As for the software, the design depends on what your company uses. There is no specialized software on the manufacturing side.

Software like CAD will definitely do it.

1. If you have a CAD foundation, you can buy a PS2000, which is easier to use for novices, and the learning materials that come with the software are very simple.

2. The construction aspect is mainly practical experience, you can go to the site to learn, "steel structure construction technology", "steel structure construction technology manual" is helpful to you.

Both of the above can be applied for if the company does not have one.

3. The budget is more troublesome, but PS2000 brings its own budget, which is also helpful for you. It is recommended to buy a learning version.

There is the book "Steel Structure", you can buy it and read it, when I was in school, I studied this book for structural students. Are you engaged in steel structure construction??

Steel structure is a structure composed of steel materials and is one of the main types of building structures.

The structure is mainly composed of beam steel, steel columns, steel trusses and other components made of section steel and steel plates, and adopts silanization, pure manganese phosphating, washing and drying, galvanizing and other rust removal and rust prevention processes.

Welds, bolts or rivets are usually used to connect the individual components or components.

On a global scale, especially in developed countries and regions, steel structures have been reasonably and widely used in the field of construction engineering.

The steel structure industry is usually divided into five sub-categories: light steel structure, high-rise steel structure, residential steel structure, space steel structure and bridge steel structure.

Extended Information: Features: 1. The material has high strength and light weight.

Steel has high strength and high modulus of elasticity.

Compared with concrete and wood, the ratio of its density to yield strength is relatively low, so the component section of the steel structure is small under the same stress conditions, the self-weight is light, it is convenient for transportation and installation, and it is suitable for the structure with large span, high height and heavy load.

2. The toughness and plasticity of the steel are good, the material is uniform, and the structural reliability is high.

It is suitable for bearing impact and dynamic loads, and has good seismic performance.

The internal structure of the steel is uniform, which is close to the isotropic homogeneous body.

The actual working performance of the steel structure is more in line with the calculation theory.

Therefore, the steel structure has high reliability.

3. The degree of mechanization of steel structure manufacturing and installation is high.

The steel structure components are easy to manufacture in the factory and assemble on the construction site.

The mechanized manufacturing of steel structure components in the factory has high precision, high production efficiency, fast assembly speed and short construction period.

Steel structure is one of the most industrialized structures.

<> steel structure mainly refers to the structure made of steel. It is mainly composed of steel beams, steel columns, steel trusses, etc., and the steel structure has the characteristics of uniform structure, relatively high strength, good plasticity and toughness, and convenient installation, and is mainly used in various engineering structures. It is also used in the construction of residential buildings to improve the utilization rate of the area.

The steel structure is an overloaded steel component caused by the parallel connection of steel plates, cold-formed steel, and special steel through lap joints.

It has the comprehensive advantages of light weight, industrial use, fast installation, short construction week and rubber period, good seismic performance, fast investment and small environmental pollution, and should be used for reinforced concrete construction, with the special performance of "high, large and light" three major ways of working, in all parts of the world, especially in developed countries and regions, in the field of construction, steel structure is reasonably and widely used.

The structure is mainly composed of beam steel, steel columns, and steel trusses, and has undergone silanization treatment, pure manganese treatment, washing and drying, rust removal, galvanization, etc. The components are usually welded, screwed or riveted together.

At present, all countries in the world, especially developed countries and regions, steel structures have been widely used in the field of construction engineering. Steel structures can usually be divided into 5 categories: light steel structure, high-rise steel structure, residential steel structure, space steel Tansen structure and bridge steel structure.

Light steel structure - mainly used in load-bearing buildings that do not bear large loads, using light H-shaped steel as portal steel frame support, C-type or Z-type cold-formed thin-walled steel as wall beams, profiled steel plate as roof or enclosure structure, with seismic resistance, wind resistance, durability, heat preservation, sound insulation and other characteristics.

High-rise steel structure - generally refers to the six-storey or more than 30 meters next to the letter, the use of section steel, steel plate connection or welding of the structural system, in the modern high-rise, super high-rise steel structure is widely used.

<> steel structure is a metal structure, which is composed of steel materials. At present, the steel structure is the main building structure, especially in the developed countries, it is a metal structure composed of steel materials, under normal circumstances, light steel structure, high-rise steel structure, residential steel structure, space steel structure and open cover bridge steel structure five categories, it has seismic resistance, impact resistance, fire resistance, and its degree of engineering is relatively high, reliability is relatively high, can also be quickly assembled, easy to make a sealed structure.

The steel structure is a structure mainly made of steel, mainly composed of steel beams, steel columns, steel trusses and other components made of section steel and steel plates, etc., and the components or components are usually connected by welds, bolts or rivets, which is one of the main types of building structures.

Because of its light weight and simple construction, it is widely used in large-scale factories, bridges, venues, super high-rise and other fields.

These components can be grouped into the following systems according to their functions:

1) Transverse plane frame - is the basic load-bearing structure of the plant, which is composed of columns and beams (roof trusses). Lateral horizontal and vertical loads acting on the building are taken and transferred to the foundation.

2) Longitudinal plane frame - composed of columns, brackets, crane beams and inter-column supports. Its function is to ensure the longitudinal non-deformability and rigidity of the plant skeleton, bear the longitudinal horizontal load (longitudinal braking force of the crane, longitudinal wind force, etc.) and transmit it to the foundation.

3) Roof system - composed of purlins, skylight frames, roof trusses, brackets and roof supports.

4) Crane beam and brake beam - mainly bear the vertical load and horizontal load of the crane, and transfer to the transverse frame and longitudinal frame.