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Guided by industrial applications, this class introduces the fundamentals, LS-DYNA keywords and engineering examples of advanced FEM, meshfree and particle methods such as adaptive FEM, Element Free Galerkin (EFG), adaptive EFG, Smoothed Particle Galerkin (SPG) and Fluid Particle Galerkin (FPG). The applications include large deformation analysis of metal and fiber-reinforced plastic, coupled thermomechanical problems, material failure analysis of ductile, brittle and composite materials, and modeling of fluid-structure interaction in some special manufacturing processes. Plenty of examples and keyword explanations will be provided in the class such that students will master and use these numerical methods skillfully.
For detail information and applications: https://www.lstc-cmmg.org
A. Destructive manufacturing and performance testing （SPG, Peridynamics）
1). Application: Grinding, cutting, FDS, SPR, friction drilling, RSW
2). Features: Workpiece-tool interaction and stress analysis, coupled thermal-mechanical
3). Materials: Metal, composite (Fiber-reinforce plastic, Laminate)
B. Material failure and fragmentation analysis （SPG, Peridynamics）
1). Application: Impact, 3D crack propagation, laminate delamination, fragmentation
2). Features: Material fragmentation due to dynamic wave propagation
3). Materials: Metal, concrete, rock, composite and glass type brittle materials
C. Non-destructive manufacturing （Adaptive FEM/EFG，FPG）
1). Application: Forging, extrusion, spring back, compression molding of composites, 3D printing, IC soldering (IC packaging)
2). Features: Large deformation, coupled thermal-mechanical, implicit and explicit
3). Materials: Metal, composite (Fiber-reinforced plastic)
* Youcai Wu Ph.D.
Graduated from the Department of Civil and Environmental Engineering, UCLA (University of California, Los Angeles) in 2005. Joined Karagozian & Case Inc. in January 2006, focusing on advanced LS-DYNA applications in structural analysis, concrete constitutive modeling and independent development of meshfree methods. Joined LSTC in 2015, focusing on development of advanced FEM and meshfree/particle methods and their applications in the integrated analysis of manufacturing and material failure and fragmentation processes.
* Bo Ren Ph.D.
More than 10 yrs. experience on the development of advanced numerical methods for the failure and crack propagation process in brittle/ductile solid materials.
* Wei Hu Ph.D.
Graduated from the department of civil engineering in UCLA in 2007, and joined LSTC in 2009. He has been working on the research and development of adaptivity and meshless methods.
* Xiaofei Pan Ph.D.
Graduated from School of Aerospace in Tsinghua University in 2006. In LSTC, he is responsible for the development of the particle methods and their application in thermal-structural analysis and fluid simulation.
1.CNY 4000 for each day including electronic class material and lunch.
2.Not including hotel fee.
3.The traning is hosted by LSTC and Shanghai Fangkun.
4.All participates will receive a course completion certificate issued by Livermore Software Technology Corp, US office and Shanghai Fangkun.
Elva Yu Tel：+86-18221209107
Shanghai Fangkun Software Technology Ltd. as the domestic master distributor authorized by LSTC, is fully responsible for domestic sales, marketing, technical support and engineering consulting services of LS-DYNA. Relying on strong technical support and product development capability of LSTC, by attracting a group of top LS-DYNA application engineers to join, with integrating and managing a wide range of resources such as LS-DYNA distributors and partners in China, Shanghai Fangkun provides strong technical support services for domestic LS-DYNA users, and facilitates customers to use LS-DYNA software for product design and development more efficiently.
LS-DYNA is a highly advanced general purpose nonlinear finite element program that is capable of simulating complex real world problems. The distributed and shared memory solver provides very short turnaround time on desktop computers and clusters running under Linux, Windows, and Unix. The major development goal of Livermore Software Technology Corporation (LSTC) is to provide, through LS-DYNA, capabilities to seamlessly solve problems that require "Multi-Physics", "Multi-Processing", "Multiple Stages", "Multi-Scale".