Issues with disk1.dat example

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Dear Tochnog Users, 

I encounter two  issues with disk1.dat example.

1)
Firstly, in this example there is circle geometry defined with radius
tolerance of 0.01. Then control_mesh_adjust_geometry command is used
to make the mesh point to nicely follow the circle geometry.

However the radius tolerance of 0.01 is to small -- the nodes of refined
geometry do not fall into circle geometry area (the annulus), so after
refinement nodes stay distributed on a line instead on the circle.

Increasing the radius tolerance to 0.05 fixes the issue.

In the attachment you will find images illustrating the annulus (circle)
geometry for different radius tolerance and mesh before adjustment 
and after.  Well, this is solved, but not the next one.

2)
The unresolved so far issue is with displacement field.
I have printed the mesh to VTK format and got totally absurd mesh node
coordinates (negative values for x coordinates) as well as for velocity
field. The same for gid output.

I attach the data file. If someone would have a chance to run this
example with his/her version of Tochnog I would be very grateful for
information if the displacement and velocity fields looks correct.

With kind regards,

Roman


-- 
Roman Putanowicz, PhD  < [email protected]  >
Institute for Computational Civil Engng (L-5)
Dept. of Civil Engng, Cracow Univ. of Technology
www.l5.pk.edu.pl, tel. +48 12 628 2569, fax 2034

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Content-Type: application/x-ns-proxy-autoconfig
Content-Disposition: attachment; filename="disk1.dat"
Content-Transfer-Encoding: quoted-printable

( =0A Disk spinning at 1000 rad/s =3D  9549 RPM  1/2 symmetry model=0A=0A M=
aximum tangential (hoop) stress is at the ID center and about 51ksi.=0A Max=
imum radial stress is at the fillet and about 34ksi.=0A Maximum radial defl=
ection at od is about 5.6x10-3 in.=0A=0A Units: lbf, lbf s^2/in, in , s, ps=
i=0A Osman Buyukisik      [email protected]=0A)=0A=0Aecho -no=0Anumber_of_spac=
e_dimensions 2=0Amateri_velocity=0Amateri_stress=0Amateri_strain_total=0Aen=
d_initia=0A=0Astart_arithmetic=0A   ri     2.0=0Aend_arithmetic=0Astart_ari=
thmetic=0A   ro     10.0=0Aend_arithmetic=0Astart_arithmetic=0A   r1     5.=
5 =0Aend_arithmetic=0Astart_arithmetic=0A   r2     7.5=0Aend_arithmetic=0As=
tart_arithmetic=0A   w1     4.0=0Aend_arithmetic=0Astart_arithmetic=0A   w2=
     1.0=0Aend_arithmetic=0Astart_arithmetic=0A   omega  1000.0 =0Aend_arit=
hmetic=0Astart_arithmetic=0A   rho    7.4e-4=0Aend_arithmetic=0Astart_arith=
metic=0A   fbody  rho MULTIPLY omega MULTIPLY omega =0Aend_arithmetic=0Asta=
rt_define=0A   disk_rim  geometry_line 1=0Aend_define=0A( due to symmetry o=
nly 1/2 of the weight )=0Astart_arithmetic=0A   blade_wgt   0.300=0Aend_ari=
thmetic=0Astart_arithmetic=0A   number_of_blades 80.0=0Aend_arithmetic=0Ast=
art_arithmetic=0A   blade_cg    12.0=0Aend_arithmetic=0Astart_arithmetic=0A=
   gc  386.4=0Aend_arithmetic=0Astart_arithmetic=0A   pi2  6.2831853=0Aend_=
arithmetic=0Astart_arithmetic =0A blade_cf blade_wgt MULTIPLY number_of_bla=
des MULTIPLY omega MULTIPLY omega MULTIPLY blade_cg DIVIDE gc DIVIDE pi2 DI=
VIDE ro=0Aend_arithmetic=0A=0Anode         0     ri   w1=0Anode         1  =
   ri   0.0=0Anode         2     r1   w1=0Anode         3     r1   0.=0Anod=
e         4     7.203  1.446=0Anode         5     7.203  0.0=0Anode        =
 6     7.563  1.118=0Anode         7     7.563  0.0=0Anode         8     8.=
035  1.0=0Anode         9     8.035  0.0=0Anode        10     ro   w2=0Anod=
e        11     ro   0.=0A=0Aelement 0 -quad4  0 1 2 3=0Aelement 1 -quad4  =
2 3 4 5=0Aelement 2 -quad4  4 5 6 7=0Aelement 3 -quad4  6 7 8 9=0Aelement 4=
 -quad4  8 9 10 11=0A=0Ageometry_line    0  0.0  0.0   ro   0.0   0.01=0Adi=
sk_rim            ro   w2    ro   0.0   0.01=0A=0A( circle for the fillet )=
=0Ageometry_circle  2  8.035 2.0 1.0         0.01=0A=0A( symmetry plane at =
Y=3D0 )=0Abounda_unknown   0 -geometry_line 0 -vely=0Abounda_time      0 0.=
0=0A=0A( apply the blade rim load )=0Aforce_element_edge 0          blade_c=
f 0. =0Aforce_element_edge_geometry 0 -disk_rim=0A=0A( apply body load due =
to the rotational speed  )=0Aforce_element_volume            0  1. 0.=0Afor=
ce_element_volume_factor     0  0. fbody=0A=0A( material props  )=0Agroup_t=
ype 			0  -materi=0Agroup_materi_elasti_young 	0  30e6=0Agroup_materi_elast=
i_poisson 0  0.3=0Agroup_materi_density        0  rho=0Agroup_axisymmetric =
         0 -yes=0Agroup_materi_memory 		0  -updated_without_rotation=0A=0Ap=
ost_point 0    ri 0.0=0Apost_point 1    ri 4.0=0Apost_point 2    ro 0.0=0Ap=
ost_point 3    ro 1.0=0A=0Acontrol_mesh_adjust_geometry    0 -geometry_circ=
le  2  -geometry_circle  2=0Acontrol_mesh_refine_globally    1 -h_refinemen=
t=0Acontrol_mesh_adjust_geometry    1 -geometry_circle  2  -geometry_circle=
  2=0Acontrol_mesh_refine_globally    2 -h_refinement=0Acontrol_mesh_adjust=
_geometry    2 -geometry_circle  2  -geometry_circle  2=0A=0Acontrol_timest=
ep                     		5  1. 1.=0Acontrol_timestep_iterations_automatic  =
         5  5.0e-2  1=0A(=0Acontrol_print                                  =
 5 -time_current=0A)=0A=0Atarget_item 1  -post_point_dof 0 -sigzz=0Atarget_=
value 1  51000.0 20000.0=0Atarget_item 2  -post_point_dof 2 -sigxx=0Atarget=
_value 2  13000.0 1000.0=0Aend_data=0A
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------------------------------------------------------------------------------
New Year. New Location. New Benefits. New Data Center in Ashburn, VA.
GigeNET is offering a free month of service with a new server in Ashburn.
Choose from 2 high performing configs, both with 100TB of bandwidth.
Higher redundancy.Lower latency.Increased capacity.Completely compliant.
http://p.sf.net/sfu/gigenet
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_______________________________________________
Tochnog-users mailing list
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https://lists.sourceforge.net/lists/listinfo/tochnog-users

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