How to learn civil engineering 5 vigorous mechanics, the kind of mechanics in engineering is the mos

In fact, I personally think that structural mechanics, theoretical mechanics, and material mechanics are more important, after all, soil mechanics and hydraulics. Among them, hydraulics is studied in water conservancy majors, and housing construction and road and bridge majors are generally not involved. I also have to learn fluid mechanics, steel structures, etc., but the others may be a little more difficult, the three major mechanics are serious, hydraulics, fluid mechanics is too difficult.

It's a little related, but it's not very related, I personally think. Mainly to see if you have taken the time to study the mechanics you are learning, theoretical mechanics, and the mechanics behind it has little to do with it, there is a chapter in the principle of virtual work behind the mechanics will be related, is the basis of the later mechanics, so when you learn material mechanics, structural mechanics, you should go back to look at the chapter on the principle of virtual work in theoretical mechanics, which will help you understand, if you can't understand the principle of virtual work in theoretical mechanics, you can only memorize such knowledge in the back mechanics. In general, it is important to read more books, which is the key!

Mechanics generally refers to theoretical mechanics, material mechanics, structural mechanics, fluid mechanics, steel structure mechanics, aerodynamics, etc., among which theoretical mechanics is the basis of other mechanics, in fact, theoretical mechanics is the most difficult, if you want to learn mechanics well, you must first understand theoretical mechanics thoroughly.

Theoretical mechanics and material mechanics are fundamental, and if you learn them well, structural mechanics, soil mechanics, and hydraulics will be easier to learn.

The most important thing to learn with your heart is to understand the mnemonic method.

You sayMajor in Engineering MechanicsBar, mechanics of materials, theoretical mechanics, elastic mechanics, structural mechanics, in generalFluid mechanicsThe hardest.

Fluid mechanics is the most difficult, and material mechanics is the easiest. The mechanics of materials is relatively simple, the variables are not large, it is relatively basic, it does not require very esoteric mathematical knowledge, and the theoretical system is relatively complete. Theoretical mechanics lies in the understanding and flexible handling of the examination room, which is more difficult than material mechanics, but simpler than fluid mechanics.

There are many kinds of fluid mechanics, there are engineering fluid dynamics, advanced fluid dynamics, computational fluid dynamics, multiphase fluid dynamics, etc., advanced fluid dynamics is the basis of computational fluid dynamics and multiphase fluid dynamics, which requires a very solid mathematical foundation.

In addition to higher mathematics.

In addition, tensors are required.

If the mathematical foundation is weak, it is difficult to learn advanced fluid mechanics.

Summary. Please provide your questions.

Please provide your questions.

Civil Engineering Mechanics is a book published by China Machine Press in September 2009, and the author is Lu Guangbin. This book is the result of the innovation of many mechanics teachers and the author's own exploration and accumulation of orange traces in the long and hidden period.

Find the support reaction force and draw the bending moment diagram of the rigid frame structure.

Do you need to write by hand?

Better help me and write about it.

Thank you <>

Do you still need a red pen to mark.

Theoretical Mechanics, Mechanics of Materials, Structural Mechanics.

Civil Engineering studies the fundamentals of theoretical mechanics, mechanics of materials, structural mechanics, elastic mechanics, engineering mechanics, fluid mechanics, geotechnical mechanics, and municipal engineering disciplines.

Civil engineering is a general term for the science and technology of constructing various types of land engineering facilities. It refers not only to the applied materials, equipment and technical activities such as survey, design, construction, maintenance, and repair, but also to the objects of engineering construction.

Civil engineering refers to the planning, construction and maintenance of all infrastructure related to water, soil and culture. At present, the general civil engineering projects include: roads, water conservancy, drainage, disaster prevention works and traffic, etc.

In the past, all civil engineering projects for non-military purposes were classified as this category, but with the increasing breadth of engineering science, many of the contents that originally belonged to the scope of civil engineering have been established into separate disciplines.

Main courses. Material Mechanics, Structural Mechanics, Fluid Mechanics, Soil Mechanics, Building Materials, Concrete and Steel Structures, Housing Structures, Bridge Structures, Underground Structures, Road Survey and Design and Subgrade Pavement Structures, Construction Technology and Management.

Three major mechanics: material mechanics, structural mechanics, and fluid mechanics.

Mechanics is actually not difficult to learn, maybe you are not interested in this thing! A lot of mechanics uses advanced math, so you have to learn math first! If you don't learn mechanics well, it will definitely have a greater impact on the future, and if you want to be a structural engineer, you definitely can't do it!

If you want to be an architect, you also need to have a certain knowledge of structure, otherwise the design scheme you make may not work mechanically, and it will not work!! Although most of the calculations of mechanics are numerically analyzed by computers, the mathematical model of mechanics still has to be composed by you, and there are many situations that are handled on the spot, and you don't learn mechanics well, which is also a stuck thing for you!! Even if you engage in on-site construction in the future, you must have a certain knowledge of structural mechanics!

At least you have to know the principles of structural mechanics, not necessarily how to calculate, but you still have to hold on to the basics! Therefore, I suggest that you calm down and learn mechanics well! There were many courses in mechanics, and I learned seven mechanics at that time!

Mechanics of Materials, Theoretical Mechanics, Structural Mechanics.

Theoretical Mechanics, Mechanics of Materials, Structural Mechanics.

Soil mechanics is mainly a discipline that studies the relevant mechanical properties of soil, and is an important foundation for civil engineering such as geotechnical engineering. I think the three major mechanics refer to theoretical mechanics, material mechanics and structural mechanics, of which theoretical mechanics is the foundation of the foundation. The five major mechanics are coupled with soil mechanics and hydraulics.

Theoretical Mechanics, Structural Mechanics, Fluid Mechanics.

Mechanics of Materials, Building Mechanics, Structural Mechanics.

Mechanics of Materials, Building Mechanics, Structural Mechanics.

Basic understanding of this course? "This topic is relatively large, so it's not very good for your question. I'll talk about it briefly and see if it can help you.

1. "Civil Engineering Mechanics" is a professional basic course for architectural design, construction and other majors, and a compulsory course for engineering and technical personnel engaged in civil engineering.

2. Civil engineering mechanics is a theory based on experiments. Among them, the mechanical properties of materials should be determined by experiments. Therefore, civil engineering mechanics is a course that attaches equal importance to theory and experiment.

3. When learning civil engineering mechanics, we should pay attention to mastering many concepts such as balance, strength, stiffness, stability, etc., and to master these concepts and laws, we must do more exercises in order to practice makes perfect.

4. Many engineering accidents, such as unbalanced moments.

calculated, resulting in overhanging eaves and balconies; tower crane tipping; Do not understand the distribution law of internal force, mismatch the stress tendon and cause the canopy and staircase to break; Do not understand the composition rules of the geometric invariant system, and cause scaffolding.

Collapse, etc., are closely related to the concepts in the Mechanics of Civil Engineering course.

5. All designers, construction personnel, supervisors, etc. engaged in engineering construction must have the basic knowledge of engineering mechanics, otherwise, it is difficult to be competent in this regard.

6. The main contents of civil engineering mechanics are: the task of studying statics, the concept of rigid body, the concept of force, the axiom of statics, constraints and constrained reactions, etc.