LS-DYNA Meshfree Methods for Manufacturing and Material Failure Analysis

Dear LS-DYNA Users,

        In order to help users better understand meshfree method of LS-DYNA, Shanghai Fangkun will hold a training course about “Application of meshfree method in processing, manufacturing and material failure analysis” from 28th to 29th March.

About Course

Date: 28th to 29th March

Venus: Building No.1, Global Creative Center, Lane 166, Minhong Road, Minhang District, Shanghai

Limited: 20 ~ 30 people. To guarantee the quality of training, seats are limited based on payment in order.

Method: Classroom

Language: Chinese

About Speaker

Youcai Wu, Ph.D. -Technologist from LSTC

Dr. Wu received his PhD. in structural mechanics in University of California-Los Angeles in 2005. He has engaged in development of finite element analysis, concrete constitutive model and meshfree method in building structure from 2006 to 2015. In 2015 Dr. Wu joined LSTC as senior engineer and leader of integrated structure analysis group to develop advanced FEA, meshfree method and its application in processing, manufacturing and material failure analysis.

Targets:

This is a 2-day intermediate meshfree method training course which will introduce three meshfree methods, Element Free Galerkin, Smoothed Particle Galerkin, Peridynamics and their application in processing, manufacturing and material failure analysis. The course content includes fundamental theory, key word description and application. The course also provides relevant examples to help better applying these methods.

Contents:

Gear Forging    Extrusion forming

A. Non-destructive Processing and Manufacturing

Scenarios: Forging, Extrusion, Springback, Composite molding

Feature: Large deformation, thermo-solid coupling, implicit and explicit analysis

Numerical method: Adaptive finite-element method, Element Free Galerkin

Type: metal, composite material

Self piercing riveting    Metal-cutting

B. Destructive Processing and Manufacturing

Scenarios: Grinding, Cutting, flow drill screw, Self piercing riveting, Friction Drilling

Feature: Workpiece and tool interaction effect and stress analysis

Numerical method: Smoothed Particle Galerkin, Peridynamics

Type: metal, composite material

Continuous penetration   Impact windshield

C. Other material failure

Scenarios: Collision and Penetration, crack propagation, Composite Delamination, fragmentation

Feature: Stress Failure of Materials

Numerical method: Smoothed Particle Galerkin, Peridynamics

Type: Metal, concrete, rock-soil, composite material, glass

Others:

Course expense: RMB 4,000 per person (include handouts, training, certificate, working lunch)

Hotel expense is exclusive.

The course is held by Shanghai Fangkun Software Technology and provide invoice.

Trainees who attend course and proved be qualified are issued the certification.

Contacts:

   Yu Qin Tel.: 15001986675

   Fei Xixi Tel.: 13777946225   021-61261195

   Email: training@lsdyna-china.com