excite primer中的例题讲解是不是漏了一些步骤?

renxing1999

excite primer中的例题讲解是不是漏了一些步骤?
我照着excite powerunit primer的例子做,好多次,都没法做出来.
而且我确定我没有操作错误.
请告知这是为什么,谢谢
有人能照着例子把它做出来吗?
% SYSTEM UNIT 2
% SYSTEM MNAM primer
% SYSTEM PIOL 1
% BODY DEF 1@ NOD6 2 0
% NAME 1@ Conrod1 CR01
% READI (_tmp_,  &
% ConrodModeler.DOFT)
% BODY PRO 1@ DOFT _tmp_
$ BPRO      Default data: [Available]
$ BPRO      Check data:   [New default data]
$ Information (Code 1850005)
Numbers of nodes and degrees of freedom of body >Conrod1<.

Number of nodes with DOFs in analysis set (grid + scalar): 3
Number of DOFs in analysis set (physical + dynamic):       18
% READR (_tmp_,  &
% ConrodModeler.GEOM)
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 1@ GEOM _tmp_
% LOAD R _tmp_ 6 3
$ DELETE Array >>_tmp_   << is deleted from memory!
% 0 0 38.29
% 8019.43884707 0 0
% 0 0 -1679587.34452
% 0 0 0
% 0 -50.75594207 0
% 0 0 0 |
% BODY PRO 1@ FRM2 _tmp_
% SETIO BCD
% BODY PRO 1@ NAST
%      SMAT :  KXX KXX ::
% ConrodModeler.OUT4 |
$ BPRO   Data block/file information for NASTRAN input filter:
$ BPRO   [SMAT] KXX      : KXX      :: file -> ConrodModeler.OUT4
$ BPRO8  NASTRAN Input Filter / Body: 1@
$ BPRO8  -> SMAT - Stiffness matrix
$ BPRO8     Default data: [Available]
$ BPRO8     Check data:   [Use local data]
$ BPRO8     Extraction:   [ok]
% SETIO BCD
% BODY PRO 1@ NAST
%      MMAT :  MXX MXX ::
% ConrodModeler.OUT4 |
$ BPRO   Data block/file information for NASTRAN input filter:
$ BPRO   [MMAT] MXX      : MXX      :: file -> ConrodModeler.OUT4
$ BPRO8  NASTRAN Input Filter / Body: 1@
$ BPRO8  -> MMAT - Mass matrix
$ BPRO8     Default data: [Available]
$ BPRO8     Check data:   [Use local data]
$ BPRO8     Extraction:   [ok]
% BODY PRO 1@ DMAT D=aM+bS 41.8879020479 1.48544613552e-005
$ BPRO9     Default data: [Available]
$ BPRO9     Check data:   [Use local data]
% READI (_tmp_,  &
% ConrodModeler.KDIC)
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 1@ KDIC _tmp_
% SETIO BCD
% READ4 (_tmp_, KELM,  &
% ConrodModeler.KELM)
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 1@ KELM _tmp_
% LOAD R _tmp_ 724 4 [email=1@.L]1@.L[/email]
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 1@ LOAD _tmp_
% BODY INT 1@ NEWM  0.25 0.5
$ DELETE Array >>1@N     << is deleted from memory!
% BODY DEF 2@ CON6 2 -1
$ BDEF1  Warning: The definition of a reference node may lead to
$ BDEF1           loss of accuracy in certain applications.
% NAME 2@ Crankshaft CS
% READI (_tmp_,  &
% ../../fem/Crankshaft/Crankshaft.DOFT)
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 2@ DOFT _tmp_
$ BPRO      Default data: [Available]
$ BPRO      Check data:   [Use default data]
$ Information (Code 1850007)
Numbers of nodes and degrees of freedom of body >Crankshaft<.

Number of nodes with DOFs in analysis set (grid + scalar): 36
Number of DOFs in analysis set (physical + dynamic):       86

Number of grid points with DOFs in analysis set:           16
Number of physical DOFs in analysis set:                   66

Total number of nodes:                                     3472
Total number of DOFs:                                      11258
% READR (_tmp_,  &
% ../../fem/Crankshaft/Crankshaft.GEOM)
$ DELETE Array >>_tmp_   << is deleted from memory!
% BODY PRO 2@ GEOM _tmp_
% LOAD R _tmp_ 6 3
$ DELETE Array >>_tmp_   << is deleted from memory!
% 0 0 0
% 0 0 0
% 0 0 0
% 0 0 0
% 0 209.439510239 0
% 0 0 0 |
% BODY PRO 2@ FRM1 _tmp_
% SETIO BCD
% BODY PRO 2@ NAST
%      SMAT :  KXX KSAA ::
% ../../fem/Crankshaft/Crankshaft.OUT4 |
$ BPRO   Data block/file information for NASTRAN input filter:
$ BPRO   [SMAT] KXX      : KSAA     :: file -> ../../fem/Crankshaft/Crankshaft.OUT4
$ BPRO8  NASTRAN Input Filter / Body: 2@
$ BPRO8  -> SMAT - Stiffness matrix
$ BPRO8     Default data: [Not available]
$ BPRO8     Extraction:   [error]
$ Error (Code 1860008)
Body Crankshaft:

Error in opening NASTRAN file: ../../fem/Crankshaft/Crankshaft.OUT4

User action: (1) Check the defined file name.
              (2) Check the file.

DrLan

KXX      : KSAA     :: file -> ../../fem/Crankshaft/Crankshaft.OUT4
曲轴是用aysys缩减的？
如果是用nastran缩减的，请在对话框中刚度矩阵的block name填入KSAA，质量矩阵用MSAA。

renxing1999

我是照着帮助做的,有限元模型也是帮助里面的.我直接把primer文件夹中的fem子文件夹复制到工作目录.
"对话框中刚度矩阵的block name填入KSAA，质量矩阵用MSAA"请问对话框在哪个位置?谢谢.

DrLan

下图

renxing1999

我是使用"D:\AVL\EXCITE\v7.0.4\examples\Primer\fem"中的有限元模型,按照帮助一步步做.
现在做出结果了.不过我照着DrLan的方法做不出.我是选fem model directory时选带"_NAS"后缀的文件夹。
有一个问题，为什么帮助文件中的例子说明时，它选不带“_NAS”的文件夹呢？
例如：
Select Block for the FE Model Directory. In this case the result files from the FE-solver must be located in the <project>/fem/Block/ directory and should have the file prefix Block

我选的是：<project>/fem/Block_NAS

DrLan

做出结果就行啊。这些都是操作层面的事情，多试试就行。

poseidon17

文件关联不一样，我做的时候也遇到过这个问题，自己重建一个模型，copy fem_NAS文件夹。自己缩减一下，就可以运行了的。
试一下看行不（我用的是AWS5.1）