Does the Faculty of Construction Technology have structural mechanics, theoretical science, and mech

Yes, it may not be very in-depth, but there are courses in this area.

The relevant industries of construction engineering technology require professional qualification certificates such as constructors, quality inspectors, data clerks, material clerks, safety officers, draftsmen, and surveyors. Through the introduction of construction engineering technology, I learned that after graduating from the construction engineering technology major, I will work in various construction companies, construction groups, installation companies, etc., to engage in construction technical guidance, testing and organization management. If you go to various architectural design and research institutes, you will be engaged in architectural structure design.

As for the infrastructure construction department of other institutions and enterprises, they are engaged in infrastructure technology, development, construction management, etc. Others, such as real estate development companies, construction engineering supervision companies, relevant functional departments of the Construction Committee, relevant functional departments of municipal administration, etc., are engaged in development, supervision, management or administrative work, Jiangsu Vocational and Technical College of Architecture Construction Engineering Technology Major [Professional Characteristics] This major is a key construction major of national demonstration higher vocational colleges, a brand major in Jiangsu Province, and a key major in Jiangsu Province. Based on the national construction technology training center and a stable off-campus training base, this major implements the talent training model of school-enterprise cooperation, alternating between engineering and learning, and double certificate integration, and strengthens the cultivation of students' core competencies such as drawing recognition, construction surveying, construction technology application, engineering cost control and settlement, so that graduates have strong hands-on ability, strong adaptability and good professional quality.

Architectural design and structural design are the two most important links in the whole architectural design process, which play a vital role in the appearance and structural stability of the whole building. And there is a relationship of mutual coordination and mutual restraint between the two.

At the same time, buildings are also the products of history, culture and art, and buildings should not only reflect the material needs of human beings. It is also necessary to express the spiritual needs of human beings, and all kinds of buildings must be realized by structure. It can be seen that the fundamental purpose of the building structure is to serve the application and aesthetic requirements of human space.

In buildings, the tasks of the building structure are mainly reflected in the following three aspects.

Resist the action of natural or man-made loadsBuildings should bear various loads or effects imposed by nature or man-made, and the building structure is the supporter of these loads or actions, which should ensure that the building is not damaged or collapsed under the application of these forces, and the building should be kept in good use for a long time. It can be seen that the building structure, as the bearer of the load or action, is the fundamental reason for its existence and its core task.

Give full play to the role of building materialsThe material basis of the building structure is the building materials, and the structure is composed of various materials, such as the structure made of steel is called a steel structure, the structure made of steel and concrete is called a reinforced concrete structure, and the structure made of bricks (or blocks) and mortar is called a masonry structure.

Theoretical mechanics and material mechanics are more important These are the basis of structural mechanics, and the static part of theoretical mechanics must be learned well in architectural engineering, and the part of material mechanics must be learned well in connection with construction engineering.

Theoretical mechanics, material mechanics, structural mechanics these three are the three major mechanics in the civil engineering major, theoretical mechanics is learned first, then material mechanics, and finally structural mechanics, theoretical mechanics is the foundation, material mechanics and structural mechanics are close to reality, so they have to learn well, students generally think that structural mechanics is difficult, but in fact, it is theoretical mechanics that is difficult, because there is no fixed method, structural mechanics research is actually very fixed, but beginners generally do not master well. So it's all important.

Building mechanics is a theoretical and practical technical basic course for students majoring in architecture, which aims to cultivate students' ability to apply the basic principles of building mechanics to analyze and study the strength, stiffness, stability and other aspects of building structures and components under various conditions.

Structural mechanics is a branch of solid mechanics, which mainly studies the laws of force and force transmission of engineering structures, and how to optimize structures. The research content of structural mechanics includes the composition rules of the structure, the response of the structure under various effects (external force, temperature effect, construction error and support deformation, etc.), including the calculation of internal forces (axial force, shear force, bending moment, torque), the calculation of displacement (linear displacement, angular displacement), and the calculation of the dynamic response (natural vibration period, mode shape) of the structure under dynamic load. There are generally three methods of analysis in structural mechanics:

The energy method, the force method, the displacement method, and the matrix displacement method derived from the displacement method later developed the finite element method, which became the theoretical basis for the structural calculation using the computer.

Theoretical mechanics is a discipline of mechanical motion and the general laws of mechanical interaction between objects, also known as classical mechanics. It is a part of mechanics and the basis of most of the theoretical mechanics of engineering and technical science. Its theoretical basis is Newton's laws of motion, so it is also called Newtonian mechanics.

The theory of quantum mechanics and relativity, established at the beginning of the 20th century, shows that Newtonian mechanics expresses the limit case of relativistic mechanics when the speed of an object is much less than the speed of light, and it is also the limit case of quantum mechanics when the quantum number is infinite. The motion of macroscopic objects with a speed much smaller than the speed of light, including the motion of supersonic jets and spacecraft, can be analyzed using classical mechanics.

Kiss. There are some uses, you look at the drawings in the on-site construction, and the reinforcement structure specifications in some places will involve mechanics, and you will learn faster if you combine them. However, junior college students generally cannot enter design companies.

The relationship between mechanics and structural design is relatively large. It is advisable to understand. It should be that construction engineering technology is only responsible for on-site construction, and you should read more about the book of building construction technology, which will be your professional course.

Look at the 101 atlas again. Take a look at more books on cutting.

Not necessarily, if you're working in construction management rather than design after graduation, just learn about structural mechanics and theoretical mechanics.

Building mechanics includes theoretical mechanics and structural mechanics. The opportunities for junior college students to engage in design in the future are generally not large, just to understand, and the opportunities used in on-site management are not right, but they cannot be ignorant.

It is very important, especially the theoretical mechanics of mechanics.

It is rarely used on the construction site, and it is necessary to use it to make a plan or something, and college students generally can't enter the design institute, so it is recommended that you study more in school, and there is no harm in it.

<> general formula is this. However, the compression area is equipped with 3240mm steel bars, which is almost the configuration of 9 22 steel bars, is there such a double-reinforced rectangular section?