Shenzhen Youdao Mechanical Design Training ANSYS Finite Element Analysis Training

Warm reminder: The teaching in this center is strict and is personally taught by authoritative practical experts with many years of project and design experience. One-on-one special teaching, all those who are diligent can come back with a full load!
Each course is offered throughout the year and is divided into day classes, evening classes and weekend classes, or you can study at any time to meet the flexible time needs of working people.
3. Students from other places can solve their accommodation problems through this center. The accommodation fee is RMB 1 per month and it is an independent single room.
Contact person: Mr. Luo accepts consultation all day long. Registration phone number (as usual on holidays):
Telephone:
:
Training content: Finite element analysis theory, solid modeling, 3 graphics import Finite element analysis such as conversion, meshing, pre-processing, loading and solving, structural strength analysis, vibration frequency analysis, harmonic response analysis, distortion analysis, mechanism size optimization analysis, fatigue analysis, thermal analysis, drop test, response spectrum analysis, etc.
(Note: You can directly call the 3D model of r, , , , , r and other software, and you can directly analyze it without converting to , , and other formats. After the 3D software is updated, the model can be dynamically updated directly in ) < br/>Training time: Weeks, until mastery: If one-on-one training is arranged, the training hours can be shortened or extended according to the students' mastery. In addition to regular examples, your company's products can be added as cases to directly explain the cases during the teaching process, so as to apply what has been learned. After the training, you can also answer questions by phone, phone or back to our company, and there will be no further charges
Tuition: Yuan
Application industries: Can be used in machinery, automobiles, home appliances, electronic products, furniture, construction, medicine Design and R&D of orthopedic and other products. Its function is: to ensure the safety and rationality of product design, and at the same time use optimized design to find the best solution for product design, reduce material consumption or cost, discover potential problems in advance before product manufacturing or engineering construction, simulate various test plans, and reduce Testing time and funding are the core technologies of product design and development, a real high-paying industry!
"Training Plan":
1. Teaching Arrangement:
. Divided into 3 stages:
, Basic Course Explanation
B. Project Example Analysis
, Analysis of customer work examples, taking Party A's product analysis as an example
. The training time can be extended or shortened according to the situation. The principle is to wait until you have learned it.
3. Training location: Guangzhou, Dongguan, Shenzhen and other teaching centers of Youdao Mechanical College
.Training method: Study as you go
2. Finite element training outline (based on the official website of that year) The latest version is teaching content)
Part 1 Structural Analysis Technology
..Overview of Structural Analysis
..Structural Analysis Methods
.3. Structural Equations of Motion
..Structure Analysis user interface
..Defining material properties in engineering data
..Geometric model
..Defining part behavior
..Connection relationships
..Model meshing
..Analysis settings
..Loads and supports, stress deformation, etc.
..Solution options
.3. Result post-processing
Part 2. Modal analysis ()
..Concept and application of modal analysis
..Modal analysis process
.3. Modal analysis case single degree of freedom undamped free vibration system model
.3 ..Problem description and analysis
.3..Numerical simulation process
.3.3.Result comparison
Part 3. Harmonic response analysis
3...Concept of harmonic response analysis< br/> 3...Purpose and application of harmonic response analysis
3.3..Equations of motion of harmonic response analysis
3...Key points of harmonic response analysis
3...Process of harmonic response analysis< br/> 3...Harmonic response analysis case
3...Problem description and analysis
3...Numerical simulation process
Part 4. Response spectrum analysis
. ..Spectral analysis
...Response spectrum analysis concepts and applications
.3..Response spectrum analysis process
...Single point response spectrum analysis case
...Problems Description and Analysis
...Numerical Simulation Process
Part 5.. Random Vibration Analysis (b)
...Concepts and Applications of Random Vibration Analysis
...Random Vibration Analysis method
.3..Random response of circuit board in random vibration analysis case
.3..Problem description
.3..Numerical simulation process
Part 6. Structural instantaneous State dynamic analysis (rr)
.. Concept and application of transient dynamic analysis
.. Structural transient dynamic analysis r
.3. Structural transient dynamic analysis case
.. Problem Description and Analysis
..Numerical Simulation Process
..Result Comparison
Part 7..Structural Explicit Dynamic Analysis ()
...Concept of Structural Explicit Dynamic Analysis and application
...Structural explicit dynamic analysis method
.3..Structural explicit dynamic analysis case structure drop impact collision analysis
.3..Problem description
Chapter Eight parts of thermal analysis
.. Structural statics analysis
.. Structural steady-state thermal analysis:
.3.. Basics of thermal analysis, basic heat transfer analysis, thermal analysis mode,
/> ...Example analysis: modeling, solution and post-processing
..Transient thermal analysis of structures:
...Time and load steps, sub-steps and equilibrium iterations, convergence criteria, initial temperature , step and gradient loads
..output control, view transient analysis results,
...structural thermal coupling field analysis, thermal stress analysis