<div> Hi,developers<br>
<br>
Thank you for your Code. I'm really impressed with nek5000, although I have only known limited information as yet<br>
<br>
1 The first question is about an error:<br>
I run the turbJet case and get this errors<br>
..........................................................................................................................................<br>
Number of processors: 1<br>
REAL wdsize : 8<br>
INTEGER wdsize : 4<br>
<br>
<br>
Beginning session:<br>
/home/wzc/Code/nek5_svn/examples/turbJet/jet.rea <br>
<br>
<br>
timer accuracy: 1.1205673E-06 sec<br>
<br>
read .rea file<br>
byte swap: F 6.543210 -2.9312772E+35<br>
help: 128 1 600 9372 600 9372<br>
help: 600 600 -1700420800<br>
<br>
<br>
Error: This NEKTON Solver has been compiled<br>
for 600 10000 elements.<br>
The data file has dimensions 9372 9372.<br>
<br>
call exitt: dying ...<br>
<br>
backtrace(): obtained 9 stack frames.<br>
./nek5000 [0x4d132a]<br>
./nek5000 [0x520276]<br>
./nek5000 [0x426cbc]<br>
./nek5000 [0x4313b6]<br>
./nek5000 [0x403aca]<br>
./nek5000 [0x40338c]<br>
./nek5000 [0x61eeee]<br>
/lib/libc.so.6(__libc_start_main+0xf4) [0x7fab919881c4]<br>
./nek5000 [0x4032d9]<br>
<br>
At line 388 of file /home/wzc/Code/nek5_svn/trunk/nek/comm_mpi.f<br>
Fortran runtime error: Unexpected end of format string<br>
(3(A,1g13.5,A,/)<br>
^<br>
<br>
...................................................................................................................................<br>
<br>
2 What I intend to do is an accurate simulation of incompressible
turbulent flow (with heat transfer) around cylinders, my question is
:is nek5000 suitable for this simulation?<br>
If it is YES, can I use the mesh generate tools included in nek5000 to create mesh for this case? <br>
I know you are working with Cubit, but I think it is not a free mesh generator.<br>
<br>
3 the last: Is there any theoretical manual for me to understand the code ? <br>
I have some back ground on FVM, FEM , right now I study the book "High-order method for incompressible fluid flow"<br>
<br>
<br>
<br>
Many thanks<br>
<br>
Zhicheng</div> <br><!-- urlfiles --><br><br><!-- footer --><br>