How to learn Ansys Learn Ansys Experience

1. Understand the meaning of basic terms such as finite element analysis, parametric design, optimization design, and iteration through relevant books.

2. Learn to understand the command flow, if you can understand the command flow, then you can learn Ansys to get twice the result with half the effort, and the meaning of all command flows can be found in the help file that comes with Ansys.

3. Look at the example analysis and understand the usage of each unit and structure, (if you can understand the command flow, then there is a lot of information on the Internet).

4. Do more exercises, you can't get a deep understanding without practical knowledge, so you have to find some cases to analyze, preferably those that you can get answers to through other channels, so that you can know whether the analysis you have done is correct.

The above is just my personal opinion, if there is any problem in the study, I will be happy to help you in my best ability. I wish you all the best in your studies!

If you want to learn commands, you can also take a ready-made command stream, understand the meaning of each command word, and if you don't understand it, put the word you don't understand into the search bar of Ansys's help-ansys tutorials, so that you will improve a lot after such an example; You can also go to the Internet ** some Ansys help documents, so that it is Chinese and easier to understand.

The most important thing is to find a few good books about Ansys, and read more examples and do it yourself. ANSYS is still relatively easy to get started with.

The most important thing is to find a few good books about Ansys, such as Wanshui Studio, with mouse clicks and command flow!

Let's learn it systematically! Very good software!

Is the landlord a science and engineering student? Well, very good software.

The process of learning ANSYS is actually a continuous problem-solving process, and the more problems you encounter and the more you solve, the higher the ability to actually use ANSYS. For beginners, there will be a lot of problems, and it is best to write down the problems encountered, think carefully, solve them one by one, and accumulate experience. Only in this way will you be impressed, avoid making similar mistakes in the future, and even if you encounter it, you can solve it quickly.

Therefore, it is recommended to pay attention to the following three points when starting to contact ANSYS: Ask more questions, and remember not to ask questions if you don't understand. When using ANSYS to deal with specific problems, although you will encounter a large number of error prompts, in fact, many of them are simple problems that can be solved by one's own thinking, but only feel difficult due to lack of experience.

Therefore, first of all, you must think for yourself, and only ask the teacher if you really can't solve the problem yourself, and enjoy the feeling of sudden realization in the process of the problem that the teacher helps you solve. Be patient, don't be depressed, and think more. For beginners, it feels like ANSYS is particularly time-consuming, and there is no sense of accomplishment, which is prone to psychological fatigue and lack of patience.

"Happiness in suffering" should be a good attitude that people who learn ANSYS must maintain, often it is an error to torment you for several days, so that there is no progress in the problem, in this case you must be able to adjust your mentality, face it calmly, be patient, think positively about the problem, find the reason, firmly believe that there is no problem that you can't solve, to be able to solve the problem as a kind of fun, always keep yourself in a happy mood, really when you have a breakthrough in the problem, It must be greeted with a great sense of accomplishment. l Pay attention to the accumulation of experience and constantly summarize experience. On the one hand, when you are a beginner, you should pay attention to the accumulation of your own experience (the first two points are about this problem), that is, to accumulate experience in the problems you solve; On the other hand, when the ability to flexibly use ANSYS reaches a certain level, it is necessary to focus on accumulating the experience of others, using the experience of others for their own use, so that they can avoid detours, improve efficiency, and facilitate their own problem solving.

The more Ansys learns, the more it feels like an empirical problem, because the basic understanding is understood, the trouble is the debugging of some parameters, what is needed is to use time to explore, for the same type of problem, other people's parameters have been debugged, there is no need to debug it yourself, just use it.

Personally, I think:

You can start with the book "Finite Element Analysis Self-study Manual (including 2 disks)" (edited by Deng Fanping 2007.01 People's Posts and Telecommunications Press), no matter which version you have, as long as it is not less than, this book is applicable, and the book explains in detail, this book focuses on the basic knowledge of finite element analysis using ANSYS, including the basic process of ANSYS finite element analysis, solid modeling, meshing, loading and solving, general post-processing, Time history post-processing, advanced Ansys operations, and more. It's helpful to get started with ANSYS.

After that, you can learn the APDL language, the general master will learn this, it is recommended that you use the "Ansys Parametric Programming and Command Manual" (published by the Machinery Industry Press), which has a more detailed explanation of APDL.

In addition, there is a workbench, which integrates 3D modeling, meshing, post-processing and other functions, and also integrates fluid analysis, electromagnetic field analysis and other functions, and the interface is friendly, much better than the mechanical Ansys interface, this can refer to the "Ansys Workbench 12 Basic Tutorial and Detailed Example Explanation" (author Pu Guanggai), I personally think it's okay.

This book is in our group, and all doctoral and master's degrees are basically in hand. Quite classic.

I went from an ANSYS rookie to a veteran of programming Ansys secondary development, and I used this book, so I highly recommend it.

As for the "dictionary-like book" you mentioned, the best one is the "Ansys English Help File". All in English, of course.

It may seem a bit of a struggle at first, but it's impossible to learn ANSYS without the English help files.

If you have additional questions, please send a private message.

1. For ANSYS beginners, it is not recommended to go to the Internet to find information to learn, for those messy tutorials on the Internet, unless your Ansys level reaches a certain level, you can quickly find what you want when you see a ** tutorial. And for beginners, those tutorials make it very difficult for beginners to learn here and there, and it wastes a lot of time and energy.

2. Start learning, without any foundation, the tutorial I used is "20 days to master Ansys tutorial", this set of tutorials is very helpful for ANSYS learning, and it is very clear that the tutorial contains theory and practice. For the study of software, it is not recommended that you buy books and tutorials, the software focuses on operation and practice, and it is very important to master the usage of each part of it, rather than a lot of paper talk like books and tutorials, and you will not know anything as soon as you come into contact with the software itself.