Jason, I am almost certain that the answer is NO:
1. 32-bit processors are limited to 4-Gbytes
2. the compiler might limit how much memory can access
3. Win-XP Professional has a limit of 4-Gbytes.
4. the application dynamic libraries might be compiled for 32-bit processor -- thus cannot go...
Cosmic Nastran used to publish Nastran Programmers Manual where they will show the OP file structure. MSC has changed the structure and I could not read it using the Cosmic file structure.
MSC Programmers Manual seems to be outdated becaue it covers version 68.2.3R2. I do not believe MSC...
A very good book is published by NE-Nastran titled:
"NE-Nastran User's Manual" which discusses Solution type, HowTo setup the model, Interpreting Results, Assumptions & Limitations.
Publisher: Trafford Publishing
You can order it from: OnDemandManuals.com
Catalog Number: 03-2453
Or from Noran...
Igbav8r,
the settings listed above only work with Win-XP Professional and not with the home-edition. An alternative, is to make a dual-boot and use Linux instead of Win-XP. You will still be restricted to 2Gb by MSC-Nastran because of the 32-bit limitation. Sorry.
As far as I know, MSC-Nastran is still 32-bit
If you are running MS Win-XP Professional, you can raise the memory limit to 3 Gb by modifying the boot.init file:
go to: start -> settings -> ctrl-panel -> system ->advance
PICK: settings in "start & recovery" area
PICK: edit in "default operating...
Drej,
I had a similar problem running into a filesize limit and here is what I found:
1. fat, jffs, jffs2 and romfs only support 2Gb or 4 Gb
2. ext2, ext3, reinsferfs do not specify a max filesize (LFS)
3. jfs, xfs support large filesize
4. the standard linux filesystems support LFS (ext2,ext3...
gtp36,
I presume that by now you have solved the automount problem. If you did, then ignore this, if not then check the AUTOMOUNT configuration file: NFSCONF
For the HP, the file is located at: /etc/rc.config.d
This file stores the options for AUTOMOUNT
The comments inside the file will help...
Sev, if what you refer as "constraint" is actually known as STRESS then this is why: STRESS = Force / Area;
If you study Hooke's Law, then, STRESS = E * STRAIN,
where E=Young's Modulus.
Thus, we have: STRESS = Force / Area = E * STRAIN
Then, STRAIN = (E * Force)/Area
This is why your...
I was asked a similar question a long time ago and here is how I did it while being the supervisor of the analysis dept.
1. assigned one engineer to do the analysis and then recorded the number of hours from begining to end + also calculated the actual cost for the software & hardware to get...
It will be easier if you compare the Strain results with the Experimental Strain values. The strain gauge only measures plane strain which assumes that the strain normal to the surface is approx zero. A rossette strain gauge will give you simultaneous readings in two direction but still assumes...