What books are good for mechanical students to read, and who is suitable for mechanical majors

Theoretical Mechanics, Mechanics of Materials, Engineering Graphics, Mechanical Principles, Mechanical Design, Mechanical Manufacturing, Electrical and Electronic Technology, Microcomputer Principles and Applications, Thermal Processing Technology and Equipment, Mold Design, Pressure Processing, Testing Technology and Control Engineering, CAD CAM Basics, etc.

Just look at an authoritative copy of the Mechanical Designer's Handbook.

It is recommended to always want to obtain relevant knowledge through **, but the premise is that your knowledge reserve has reached a certain stage, if you are just getting started now, the county pays attention to the basics, if it is appropriate, you will not end the best mechanical forum, I personally think that if you are in college now, you don't need to go to any forum, just learn the professional basic courses and professional courses, and many things can be found by teachers.

Principles of automatic control, mechanics of materials, metallurgical preheating, electrical and electronics, fundamentals of mechanical engineering, engineering practice, microcomputer principles, calculation methods.

Learn the books of this course for mechanical majors, and go to the large machinery and equipment market to visit.

Mainly mechanical principles, the application of computer software, as well as engineering mechanics, design, and mastery of drawing.

How old are you? Sophomore year and before the first lay, let's talk about the basics, to the junior year of knowledge has been systematic, no matter how much you know what you are interested in, it is not too late, there are many things to learn in machinery.

Learn the basics well, and usually go to the mechanical forum.

Recommend a mechanical forum.

It's better to design more things yourself.

Here are two suggestions for your situation:

1. In mechanical design, it is inevitable to encounter knowledge about electricity, such as: designing an ordinary general equipment, although the main body of the equipment belongs to mechanical design, the power of the equipment needs a motor, and in order to achieve more advanced functions, it needs a servo motor or stepper motor and other control motors; The operation of the equipment requires electromagnetic relays, contactors, circuit breakers, --- etc. These electrical problems are unavoidable.

Therefore, it is recommended to study the first, middle and second volumes of "Electrical Engineering" compiled by the Department of Electrical Engineering of Harbin Institute of Technology, which is easy to understand, does not involve advanced theories, and has strong practicability.

2. In daily life, consciously ponder all the physical objects around you, such as the kitchen knife commonly used at home, to figure out what steel is made of, what kind of heat treatment process and what production method to take, instead of just staying in the superficial thinking stage of "kitchen knife is a knife for cutting vegetables".

3. Mechanical design leaks or requires strong hands-on ability, rather than talking on paper, which requires more hands-on, more contact, more seeing, more thinking and more doing.

<><1.Likes to solve real problems.

The main study of mechanical majors is the design, manufacture and operation of mechanical systems, and they need to have the ability to solve practical problems. For those who like to solve practical problems in a complete way from design to implementation, mechanical engineering is a good choice.

2.Interested in mathematics and reincarnation physics.

Mechanical engineering majors require a lot of mathematical and physical knowledge, and will use knowledge in the fields of calculus, linear algebra, statics, dynamics, fluid mechanics and other fields in calculation and modeling. Therefore, for those who are interested in mathematics and physics and have strong mathematical and physical skills, mechanical engineering is a good choice.

3.Likes to make things with your own hands.

Mechanical majors involve a variety of machining processes and manufacturing technologies, including milling, turning, welding, forging, injection molding and other common processing methods. Therefore, for those who like to make things with their own hands, mechanical majors are also a good choice.

The University of Tokyo has a mechanical design postgraduate entrance counseling class He has counseling materials If you want to understand it all, it is not very difficult If you are for the postgraduate entrance examination, you can look at the mechanical design of the University of Tokyo itself, and the mechanical principle can be referred to The re-examination is to be used, but to become a robot completely, there are a lot of books to read.

You should ask the teacher (counselor), I don't know your current major, how can I help you?

Mechanical mechanics Mechanical drawing.

First, learn "Mechanical Drawing" and "Mechanical Basics", which are the most basic knowledge and must be mastered;

Second, "Materials and Metal Technology" - parts are composed of materials; "Fundamentals of Mechanics" - the design of mechanical products should conform to the basic principles of mechanics; Fundamentals of Mechanical Design - Composition and Design of Mechanisms;

Third, machinery and electricity cannot be separated, and if you want to learn machinery, you must learn electricity--- and the basics of electricians and electronics.

Fourth, focus on a certain industry. Because the machinery industry is too wide, it is recommended to choose the focus after having a foundation, such as hydraulic and pneumatic control, sheet metal, molds, equipment, etc.; Any one of them is enough to spend a lifetime studying and pursuing.

Finally, good luck; I have always believed that the people who learn mechanics are the smartest and most pragmatic people.

Mechanical drawing is very important, and it is a course that can only be continued if you learn the basics of mechanical drawing.

It is recommended that the Teaching and Research Department of Dalian University of Technology "Mechanical Drawing (Sixth Edition)" (Higher Education Press), "Mechanical Principles (Seventh Edition)" (Higher Education Press), "Mechanical Design (Eighth Edition)" (Higher Education Press).

These are more classic textbooks, hehe.

The scope of mechanical engineering is very broad, what are the specific majors in mechanical engineering?

Before studying professional courses, it is necessary to learn some professional basic courses, such as: mechanical basics, mechanical drawing, tolerance fit and interchangeability, metal heat treatment and other professional basic courses.

Then take specialized courses.

Let me tell you a little bit about what I learned in my four years of college:

The basic courses of engineering are required to be learned, and the mechanical classes are not divided into majors: for example, advanced mathematics, college English, college physics, engineering drawing, etc., these are all major courses, also called compulsory courses. I have also learned computers, basic office, and VB are no different from not learning, because office does not need to be learned, and programming will not be learned.

Anyway, there are a lot of things that need to be known, so if you do, you just need to do a good job in the major courses. After the sophomore year, I began to study, theoretical mechanics, material mechanics, engineering mechanics, mechanical design basics, but also physics and mathematics, as well as electrical engineering, these should be enough as a mechanical student.

The first is "Drawing Geometry and Mechanical Drawing".

and Principles of Mechanism.

Then there is Advanced Mathematics

Mechanics of Materials", Metallography, Chemistry, Physics, Electrical Engineering, 、...It is also necessary to learn the knowledge of software and hardware and the operation of various software of mechanical drawing and design in order to apply it freely in mechanical design.

Practical manual of commonly used machinery and electrical appliances.

Practical manual of commonly used machinery and electrical appliances. Volume II ·Lifting Machinery Safety** ·250 Cases of Drawing and Reading Mechanical Diagrams ·Mechanical Formula Application Handbook ·Control Theory and Mechanical System Control ·Common Accidents and Preventive Measures of Lifting Machinery ·Mechanical Knowledge ·Stamping and Plastic Molding Machinery ·Agricultural Machinery Application Technology These books are very good!

Of course, to learn mechanics, you need to have mechanical drawing, geometry, material mechanics, and mechanics.

At the very least, there should be books on mechanical drawing, mechanical principles, etc.