[lsdyna-user] HyperMesh LS-DYNA interface training class on April'29: (fwd)

[Frederick Hall]

----- Forwarded message from Divyang Shah -----

From: Divyang Shah <dshah@altair.com>
Subject: HyperMesh LS-DYNA interface training class on April'29:
Date: Fri, 14 Mar 2003 14:17:25 -0500

Hello: 
Altair Engineering is happy to announce an Advance Training class for
HyperMesh - LS-DYNA interface. This class is specifically designed for
LS-DYNA HyperMesh user community in Michigan USA, Ontario and Quebec Canada.

Details:
Day/Date: Tuesday, April 29, 2003 
Time: 9:00 am - 4:30 pm 
Lunch: Included 
Cost: $400.00 
Location: Troy, MI 
To Register: Send email to training@altair.com 
Only limited number of seats are available, so please register as soon as
possible.
This training class is hands on, one computer per student with ability to
run LS-DYNA. 
Following Topics will be covered in the training class 
Introduction of HyperMesh and LS-DYNA interface. 
1. Crushing Tubes problem 
	1: Prepare for Modeling 
	2: Creating material collectors 
	3: Define the section cards for the components 
	4: Define the boundary conditions 
	5: Defining the Contact between the tubes 
	6: Setting up the analysis run 
	7: Export the Dyna Deck and running the analysis 
2. Post Processing using HyperView 
The HyperView Screen Display 
The HyperView Menu 
	1: Open a d3plot file 
	2: Animating the Results and manipulating the view 
	3: Using View Controls 
Displaying results 
	4: Displaying the Results Contour 
Using the Display Control 
	5: Reviewing the Deformed Shape 
	6: Creating a measure plot 
	7: Saving the H3D file 

3. Airbag model 
	1: Retrieve the file and load the LS-DYNA keyword template 
	2: Define the airbag 
	3: Define the initial velocity for the head 
	4: Define the acceleration for the head 
	5: Define contact between airbag and head 
	6: Define the contact for the airbag 
	7: Define the contact between the RigidPlate and the Airbag 
	8: Define the *DEFORMABLE_TO_RIGID card 
	9: review the analysis parameters and export the LS-DYNA 

4. Post processing of Airbag model results 

5. Creating Joints 
	1: Retrieve a HyperMesh binary database 
	2: Creation of a spherical joint (*CONSTRAINED_JOINT_SPHERICAL) 
	3: Creation of a revolute joint (*CONSTRAINED_JOINT_REVOLUTE) 6.
Spotweld Connections 
6. Welding
	1: Connection using a tied nodes to surface contact 
	2: Connection using the *CONSTRAINED_NODAL_RIGID_BODY element type: 
	3: Connection using the constrained spotweld element type 
	4: Connection using mesh-less welds (*MAT100) 

7. Bumper impacting a deformable barrier 
	1: Load a pre-defined HyperMesh file and select the LS-DYNA template

	2: Update the inertia properties of the Vehicle Mass 
	3: Definition of Boundary Conditions 
	Creation of Plot and Curves 
	4: Define Contacts 
	5: Database Cross Section Definition for LS-DYNA 
	6: Definition of a Rigid Wall (*RIGID_WALL_PLANAR_FINITE) 
	7: Setting up output requests 
	8: Review of output requests and other control cards definition 8.
Post process results from Bumper Model. 
If you have any questions, please feel free to contact me. 
Thanks 
Divyang.

ps: For a detailed listing of all the training classes available and the
dates, please refer to our website at:
http://12.40.128.114/03350000.htm


Divyang Shah
HyperWorks Support Team Leader

Desk: 248-614-2400 Ext. 215
Cell: 248-561-2170
Fax: 248-614-2410

http://www.altair.com
ftp://ftp2.altair.com




----- End of forwarded message from Divyang Shah -----

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