The basic mechanics of construction have those, thank you

Let me tell you about it:

Fundamentals of Statics (Axioms of Statics and Force Diagrams).

2. * Synthesis and equilibrium of plane force system (plane convergence force system, moment and plane force coupling system, plane general force system).

3. Axial tension and compression (stress calculation, axial force diagram).

4. Shear and extrusion (shear force and extrusion calculation, shear stress calculation) 5. Distortion calculation.

6. * Straight beam bending (key content: including shear force diagram and bending distance diagram, area moment and moment of inertia calculation, normal stress calculation, shear stress calculation, deflection, deflection curve, etc.).

7. The stability of the pressure rod.

8. Combined deformation (

oblique bending, eccentric compression).

9. Introduction to dynamic stress.

10. Statically definite structure and super-statically determined structure (general knowledge).

The basic knowledge of building mechanics is also the content that must be learned, it can be said that the two parts of the content with * are must-have, and the most important content, if you want to learn well, it takes a lot of effort to learn yourself, you try it, come on!

Mainly 5 Mechanics, Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Hydraulics, Soil Mechanics.

Personally, I recommend that you look at the mechanics of materials and structural mechanics to do architecture. If you know it all, you're an engineer.

The key points are commonly used in some ways: internal and external stresses, bending moment forces, tensile forces, torque forces, shear moments, force balance, and so on. The main thing you see is to look at the textbook, the key points are easy to find, and they are not very difficult, high Chinese can be read and understood.

The nature of force: Force is the interaction between objects, this interaction causes the mechanical motion of the object to change (called "external effect") or deforms the shape of the object (called "internal effect"), here we understand the internal effect and external effect.

External effect: In fact, the object is subjected to an external force, but the volume does not change or the change is negligible, for example, if you push a trolley, the trolley moves forward, but the trolley does not look deformed, but only moves. The cart moves forward to release the external force you exert on it.

The movement of the object is clearly visible from the outside. As shown in the figure below, the thrust moves the trolley from point A to point B.

Internal effect: The simple understanding is that the object is deformed by an external force and the volume is generally smaller. For example, if you squeeze a sponge with your hands, the sponge will be compressed and the volume will become smaller.

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Building Mechanics and Structure is a book published by the Machinery Industry Press, and the authors are Li Yongguang and Bai Xiuying. According to the requirements of building structure for building mechanics, this book selects the relevant contents of theoretical mechanics, material mechanics and structural mechanics, which is suitable for various majors of civil engineering, real estate economic management and other majors. <>

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Building Mechanics and Structures.

Dear <>, I'm happy to answer your <>

Building Mechanics and Structure is a book published by the Machinery Industry Press, and the authors are Li Yongguang and Bai Xiuying. According to the requirements of building structure for building mechanics, this book selects the relevant contents of theoretical mechanics, material mechanics and structural mechanics, which is suitable for various majors of civil engineering, real estate economic management and other majors. <>

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Answer. Dear <>, I'm happy to answer your <>

Building Mechanics and Structure is a book published by the Machinery Industry Press, and the authors are Li Yongguang and Bai Xiuying. According to the requirements of building structure for building mechanics, this book selects the relevant contents of theoretical mechanics, material mechanics and structural mechanics, which is suitable for various majors of civil engineering, real estate economic management and other majors. <>

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Help with the process.

Okay, kiss, the teacher will sort it out and send it to you<>

<> kiss you, are you taking the exam<>

Is there a process for the teacher?

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Do you want the whole process or do you want it to be more concise<>

Find this knot to prepare a circular structure static manual to learn hard.

**It's a screenshot, I hope it will help you.

Because you can only send one **, you can't concentrate on it.

You can send me a message and I will send you the formula for calculating the bending moment of the chain concentration force.

Difference Between Engineering Mechanics and Building Mechanics: Engineering mechanics is a science that studies the laws of macroscopic motion of matter and its applications.

Engineering mechanics raises questions, and the research results of mechanics improve engineering design ideas.

In terms of engineering applications, engineering mechanics includes: mass and rigid body mechanics, solid mechanics, fluid mechanics, rheology, soil mechanics, rock mass mechanics, etc.

1. Less reinforced beams, suitable reinforcement beams, and super-reinforced beams; The modes of destruction are:

The tensile reinforcement reaches yield in advance, resulting in fracture, which is similar to the bending resistance of plain concrete components, and loses its bearing capacity instantly. When the tensile reinforcement reaches yield, the concrete strength in the compression zone reaches the compressive strength limit almost simultaneously, and the process of losing bearing capacity has a certain time. The concrete strength in the compression zone reaches the limit of compressive strength in advance, and it is crushed and destroyed, and the bearing capacity is lost in an instant. Damage properties, brittle failure, ductile failure.

2. Applicable conditions: The height of the compression zone is x 2as, and x b·ho. (Rebar b=, with a clear yield point.)

Mechanics is mechanics that mainly tells you what is a support and force! The structure is graphic! Of course, there are also structural mechanics, material mechanics, etc.! Are you a junior college or an undergraduate? It's not the same as what I want to master!