Ansys Basic Training

Ansys Basic Training

Ansys Basic Training

Course Overview:

Ansys is one of the world’s most advanced large-scale general-purpose finite element analysis software, featuring extensive functional modules.

Ansys includes a rich library of elements that can simulate arbitrary geometric shapes. It also has a variety of material model libraries to simulate the properties of typical engineering materials, including metals, rubber, polymers, composites, reinforced concrete, compressible hyperelastic foam materials, and geological materials such as soil and rock. As a general simulation tool, Ansys can not only solve a large number of structural (stress/displacement) problems but also simulate many problems in other engineering fields, such as heat conduction, mass diffusion, thermoelectric coupling analysis, acoustic analysis, geomechanics analysis (fluid seepage/stress coupling analysis), and piezoelectric medium analysis.

Ansys was previously widely used in aerospace, military, biology, automotive, and heavy machinery. In recent years, with the electronic industry’s focus on product competitiveness, Ansys has become a tool for corporate CAE departments. Companies such as Huawei, ZTE, Emerson, Lenovo, and Flextronics are all users of Ansys. These companies have created significant value in the product design stage through the application of analysis software.

Teaching Format:

Public courses, in-company training

Target Audience:

CAE analysts, structural engineers, etc.

Training Objectives:

Through this training, help engineers proficiently master calculation and analysis software, make accurate design decisions with minimal costs, and improve work efficiency.

Course Schedule:

Courses start upon successful registration. Weekend sessions are available (Morning: 9:00–12:00; Afternoon: 14:00–17:30).

Course Content:

Ansys (CAE/Standard/Explicit) Basic Tutorial (2 days / 12 class hours in total)

1. Overview of Ansys/CAE

2. Creating parts

3. Material and section properties, and assembly

4. Steps, connections, loads, and constraints

5. Meshing

6. Job management and result simulation

7. Defining Ansys models

8. Element selection

9. Introduction to nonlinear finite elements

10. Ansys contact definition

11. Introduction to dynamic analysis

12. Contact definition in Ansys/Explicit

13. Integration of Ansys/Standard and Ansys/Explicit

Application Tutorial (1 day / 6 class hours in total)

• Example 1: Nonlinear static analysis

• Example 2: Experiential analysis of built-in cases

Instructor Profile:

Possesses 5–10 years of practical experience in finite element analysis projects and holds qualified instructor certification.

Training Fees:

• 4,000 USD/person (Group discounts: 10% for 2 attendees, 15% for 3+; 10% for students/teachers with ID). Accommodation not included.

• Optional Vocational Skills Certification (1,600 USD) issued by Boye Engineering Technology, valid for career advancement.

• Contact:

  Prof. Tian：WhatsApp：+86 15029941570 | Mailbox：540673737@qq.com

Payment methods: Bank transfer or cash settlement. A local tax general machine-printed invoice will be provided.

Cherish the training opportunity and dedicate yourself to mastering the skills. We welcome your active registration! After successful registration, our staff will confirm your registration information within 2 working days. Thank you for your attention to our company, and wish you a pleasant life!