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发表于 2014-5-6 16:11:16
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来自 中国
version: Marc 2012.1.0, Build 146120 build date: Wed May 23 12:02:08 2012
machine type: Windows
integer*4 version: integers are 32-bits
date: Tue May 06 16:22:35 2014
(c) COPYRIGHT 2012 MSC.Software Corporation, all rights reserved
Marc 2012.1.0 - W i n d o w s
i n p u t d a t a
p a g e 1
10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160
----------------------------------------------------------------------------------------------------------------------------------------------------------------
title job1
$....MARC input file produced by Marc Mentat 2012.1.0 (64bit)
$...................................
$....input file using extended precision
card 5 extended
$...................................
sizing 0 141838 38891 9798
alloc 25
elements 134
card 10 version 11
table 0 0 2 1 1 0 0 1
processor 1 1 1 0
----------------------------------------------------------------------------------------------------------------------------------------------------------------
10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160
----------------------------------------------------------------------------------------------------------------------------------------------------------------
----------------------------------------------------------------------------------------------------------------------------------------------------------------
1
general memory increasing from 25 MByte to 53 MByte
memory increased to 14001932 words during
pre-reading of sets
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
allocated 1 words of memory due to tables
MSC Customer Entitlement ID
D803D241-C9514GEF
*************************************************
*************************************************
program sizing and options requested as follows
element type requested************************* 134
element type requested************************* 135
number of elements in mesh********************* 141838
number of nodes in mesh************************ 38891
thermal stress analysis flagged****************
load correction flagged or set*****************
values stored at all integration points********
tape no.for input of coordinates + connectivity 5
no.of different materials 3 max.no of slopes 5
heat transfer analysis, extrapolation flag, ** 1
number of points on shell section ************* 11
new style input format will be used************
coupled thermal-mechanical analysis flagged****
number of processors used ********************* 1
number of tables used ************************* 12
extended precision input is used **************
Marc input version **************************** 11
maximum number of boundary conditions ********* 5
system uses SI-millimeter unit: mm,N,s,C
suppress echo of list items *******************
suppress echo of bc summary *******************
suppress echo of nurbs data *******************
end of parameters and sizing
*************************************************
*************************************************
element type 134
4-node isoparametric tetrahedral
stresses and strains in global directions
1=xx
2=yy
3=zz
4=xy
5=yz
6=xz
displacements in global directions
1=u global x direction
2=v global y direction
3=w global w direction
element type 135
4-node heat transfer tetrahedral
1 degree of freedom per node - temperature
allocated 8283790 words of memory due to nodal vectors
allocated 1596 words of memory due to tables
allocated 1467 words of memory due to boundary conditions
allocated 7 words of memory due to geometric points
allocated 32 words of memory due to geometric curves
allocated 15 words of memory due to geometric surfaces
allocated 77782 words of memory due to shell, user or contact transformations
workspace needed for input and stiffness assembly: 4519075
internal core allocation parameters
degrees of freedom per node (ndeg) 3
max. number of coordinates per node 3
max. nodes per element (nnodmx) 5
max. invariants per int. points (neqst) 1
max.stress components per int. point (nstrmx) 6
strains per integration point (ngens) 6
max. gradients per int. point 6
flag for element storage (ielsto) 0
element data in core
memory usage per element group
group # elements nelsto MByte words
1 40111 348 53 13958628
2 40792 348 54 14195616
3 60935 376 87 22911560
----------------------------------------------------------
total 141838 195 51065804
internal element variables
internal element number 1 library code type 134
number of nodes= 4
stresses stored per integration point = 6
direct continuum components stored = 3
shear continuum components stored = 3
shell/beam flag = 0
curvilinear coord. flag = 0
int.points for elem. stiffness 1
number of local inertia directions 3
int.point for print if all points not flagged 1
int. points for dist. surface loads (pressure) 4
library code type = 134
large disp. row counts 6 6 6 11 11 11
number of nodes 4
number of gradient components at each int. point 6
integration points for conductivity 1
integration point for print-out 1
integration points for surface b.c.s 4
internal element number 2 library code type 135
number of nodes= 4
stresses stored per integration point = 3
direct continuum components stored = 3
shear continuum components stored = 0
shell/beam flag = 0
curvilinear coord. flag = 0
int.points for elem. stiffness 1
number of local inertia directions 1
int.point for print if all points not flagged 1
int. points for dist. surface loads (pressure) 1
library code type = 135
large disp. row counts 0 0 0 0 0 0
number of nodes 4
number of gradient components at each int. point 3
integration points for conductivity 1
integration point for print-out 1
integration points for surface b.c.s 1
residual load correction is invoked
$...................
solver
----------
multifrontal direct sparse solver invoked
optimize 11
----------
metis nested dissection algorithm
connectivity
----------
meshr1, iprnt
5 1
elem no., type, nodes
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