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¨T¨®¤u·~¬O°ê¤º²Ä¤T­Ó²£­È¹F¨ì¨â¥ü¤¸¤§²£·~¡AÀHµÛ°ê¥Á©Ò±oªº´£°ª»P¥ý¶i¬ì§Þªºµo®i¡A®ø¶O¤j²³¹ï©ó¨T¨®ªº­n¨D¤w¤£¦A¥u¬O±j½Õ¥~Æ[¡B©Ê¯à»P®É©|ªºµ²¦X¡A§ó­«µø­¼§¤ªºµÎ¾A«×»P¦w¥þ©Ê¡C¥ý¶i°ê®a¬°¼W¶i¨®½ø¦w¥þ¡A¤w«Ø¥ß³\¦h³W½d¥H°õ¦æ¦UºØ¥]¬A«e¡B«á¡B°¼¡B½ºu¸I¼²¡A¥H¤Î¦w¥þ®ðÅn¡B¦w¥þ±aµ¥ªº´ú¸Õ¡A§@¬°¥Î¨®¤ÎÁʨ®ªÌ¿ï¾Ü¨T¨®¤§­«­n«ü¼Ð¡C¶Õ¬y¬ì§Þ¦Û¦¨¥ß¥H¨Ó¡A¤Þ¶i°ê¥~¨T¨®¤u·~¥Î©ó¤uµ{¤ÀªR¡B¥B¼sªx¥Î©ó¦w¥þ©Ê¸I¼²µ¥À³¥Î³nÅé¡A²`Àò°ê¤º¨®¼t¤Îªk¤H¤@­P±À±R¨Ï¥Î¡A¨ÃÂǵۦUÃþÀ³¥Î¬ã°Q·|¡A¼sÁܰꤺ¥~±M®a¾ÇªÌ¤À¨É¬ã¨s¸gÅç¡A¨Ó±À¼s¬ÛÃöÀ³¥Î¤ÀªR§Þ³N¡A§Æ±æ¯à¸¨¹ê¨Ã´£ª@°ê¤º¨T¨®¤u·~¦b¬ÛÃö¤è­±ªº¬ã¨s¯à¤O¡A©Ôªñ°ê¤º»P°ê¥~§Þ³Nªº®t²§¡C

 

¶Õ¬y¬ì§ÞÄ~¥h¦~ÁܽЬü°êNOKIA¸ê²`¤uµ{®vJason Wu»P·~¬É¦P¤¯¤À¨É¨äÂ×´I¦ÓÄ_¶Qªºµ²ºc¤ÀªR³]­p¸gÅç¡A¼sÀò¦U¬É¼ö¯P°jÅT¡A¤µ¦~§Ú­Ì§Y±N¦A«×§Y±N©ó3¤ë26-28¤éÁ|¿ì¨®½øCAEµ²ºc¤ÀªRÀ³¥Î¬ã°Q·|¡A¯S§OÁܽШì¦b¨T¨®µ²ºc¤ÀªR¶W¹L¤Q¦~¥H¤W¸gÅ窺 Livermore Software Technology Corp.ªø´Á¾n¼t©ó¬ü°êÀ¹©i°Ç§JµÜ´µ°Ç¸ê²`¤uµ{®vSuri Bala¾á¥ô¥»¦¸¬¡°Êªº¶Q»«¡A¤À¨É¨ä¦h¦~¨Ó¨Ï¥ÎLS-DYNA³nÅé¡A±q¨Æ¨T¨®µ²ºc¤ÀªRªº¹ê°È¸gÅç¤Î²z½×Á¿¸Ñ¡C³z¹L¥»¦¸¬°´Á¨â¤Ñªº½Òµ{»P¤@¤Ñ¬ã°Q·|¡A¬Û«H¯à¬°¥xÆW¨T¨®¤u·~µ²ºc¤ÀªR±a¨Ó·sªºÆ[©À¡AÅwªï¦U¬É¤@¦P«e¨Ó°Ñ»P³o³õ²±·|¡C

 

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*                     Introduction to LS-DYNA

*                     Time Integration Procedures

*                     Element Technology

*                     Material Models (Metal, Plastic, Foam, Rubber, Honeycomb)

*                     Mass scaling, Hourglass and Bulk Viscosity

*                     Contact Interfaces

*                     ALE and its applications

*                     SPH and its applications

*                     Airbags, Restraints and Occupants

*                     Implicit Capabilities

*                     Overview of MPP-LS-DYNA

*                     Best Practices for LS-DYNA

*                     Post Processing Guidelines to Identify Simulation Quality

*                     Overview of Rigid and Deformable Connection Types in LS-DYNA

*                     Overview of Multistage and Multiphysics Capabilities

*                     General Failure Modeling

*                     Outlook for LS-DYNA Applications

*                     Overview of Reference Geometry Options

*                     Optimization using LS-OPT

*                     Overview of Techniques to Improve Simulation Turnaround

*                     Rigid Bodies

*                     Guidelines for Curve Input for Constitutive Models

 

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Large Passenger Vehicle Crash Analysis

Livermore Software Technology Corp.

Suri Bala ¸ê²`¤uµ{®v

10:00-10:20

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New Developments of LS-DYNA

Livermore Software Technology Corp.

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11:10-12:00

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Application of VPG in Large Passenger
Vehicle Development

ETA-ASEAN  Director

Mr. Jenson Chen

15:10-15:30

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15:30-16:20

Dynaform ¡V A LS-DYNA based Die System Simulation Solution Package

ETA-ASEAN  Director

Mr. Jenson Chen

16:20-16:30

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Happy Ending

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Name¡GSuri Bala

 

Suri Bala has more than 10 years of expertise in the field of static and dynamic simulations of structures using LS-DYNA, a general pupose non-linear software developed by LivermoreSoftware.  He is a full-time employee with Livermore Software for the past 7 years and is supporting a major OEM in Detroit, Michigan. He is fluent in both the implicit and explicit solution schemes to predict structural responses in quasi-static and high strain-rate simulations. He has employed these methods in simulating large-scale production models. He has been involved with several large OEMs and its suppliers worldwide to develop and train several methodologies and operating procedures involving LS-DYNA. He has worked with pure Lagrangian , ALE (Arbitrary Lagrangian Eulerian) and SPH (Smooth Particle Hydrodynamics) techniques in simulating large deformation problems using LS-DYNA. He also specializes in characterizing materials such as metals, plastics, foams, rubber and honeycomb for necessary constitutive models in LS-DYNA to include quasi-static and high-strain rate testing information. He has published several papers involving various topics in LS-DYNA though FEAINFORMATION. He travels worldwide to provide training and consulting services though Livermore Software. He is the author of a webloghttp:://blog.d3view.com that consists of various topics involving LS-DYNA which is updated frequently. He has a M.S in the area of Mechanical and Aerospace Engineering from West Virginia University, USA.

 

 

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