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Old   January 19, 2021, 21:50
Default JOB ABORT invoked by rank 17
  #1
ltl
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LTL
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Hello everyone,

I am getting the same error again and again.

The error message is as below:
" JOB ABORT invoked by rank 17
ERROR: wrong boundary motion_type in calc_moving_vec boundary id = 15"

What's the meaning of this error ? I have only 14 boundaries in my case. Then where this boundary id 15 came from?

Please Help!

Thanks.
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Old   January 21, 2021, 14:51
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Quote:
Originally Posted by ltl View Post
Hello everyone,

I am getting the same error again and again.

The error message is as below:
" JOB ABORT invoked by rank 17
ERROR: wrong boundary motion_type in calc_moving_vec boundary id = 15"

What's the meaning of this error ? I have only 14 boundaries in my case. Then where this boundary id 15 came from?

Please Help!

Thanks.

Please share your boundary.in file so that we can take a closer look.
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CONVERGECFD
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Old   January 21, 2021, 21:44
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ltl
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Quote:
Originally Posted by nitesh.attal View Post
Please share your boundary.in file so that we can take a closer look.
Thanks for your response.

The boundary id of my case is from 2 to 14, but the error id is 15.

The contents of boundary.in file are shown below.

#!CONVERGE_VERSION=2.3.0
#=======================

13 # Number of boundaries defined
#-----------------------------------------------
2 saoqixiang
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 304.1
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
3 piston
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall $ 0.0
pressure Neumann 0.0
temperature Law_of_wall 773.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
4 ring
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
5 liner
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 498.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
6 saoqikou
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
7 outflow
OUTFLOW
velocity Neumann 0.0 0.0 0.0
pressure Dirichlet 318300.0 0.0
temperature Neumann 0.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Neumann 0.0
omega Neumann 0.0
temperature backflow Dirichlet 569.0
species backflow Dirichlet 4
N2 0.7382738
O2 0.119812
CO2 0.09350935
H2O 0.04840484
passive backflow Dirichlet 1
OUTPORT_EXHASUST 1.0
tke backflow Intensity 0.05
eps backflow Length_scale 0.02
omega backflow Length_scale 0.003
region 1
#-----------------------------------------------
8 export
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 391.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
9 head
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
10 valveangle
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
11 valvetop
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
12 valvebottom
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
13 pistonskirt
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
14 inflow
INFLOW
velocity Neumann 0.0 0.0 0.0
pressure Dirichlet [342300.0]
temperature Dirichlet 304.1
species Dirichlet 4
O2 0.2314
N2 0.7619
CO2 0.0002
H2O 0.0065
passive Dirichlet 1
FRESH 1.0
tke Intensity 0.05
eps Length_scale 0.03
omega Length_scale 0.003
region 2
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Old   January 25, 2021, 15:05
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Quote:
Originally Posted by ltl View Post
Thanks for your response.

The boundary id of my case is from 2 to 14, but the error id is 15.

The contents of boundary.in file are shown below.

#!CONVERGE_VERSION=2.3.0
#=======================

13 # Number of boundaries defined
#-----------------------------------------------
2 saoqixiang
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 304.1
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
3 piston
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall $ 0.0
pressure Neumann 0.0
temperature Law_of_wall 773.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
4 ring
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
5 liner
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 498.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
6 saoqikou
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
7 outflow
OUTFLOW
velocity Neumann 0.0 0.0 0.0
pressure Dirichlet 318300.0 0.0
temperature Neumann 0.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Neumann 0.0
omega Neumann 0.0
temperature backflow Dirichlet 569.0
species backflow Dirichlet 4
N2 0.7382738
O2 0.119812
CO2 0.09350935
H2O 0.04840484
passive backflow Dirichlet 1
OUTPORT_EXHASUST 1.0
tke backflow Intensity 0.05
eps backflow Length_scale 0.02
omega backflow Length_scale 0.003
region 1
#-----------------------------------------------
8 export
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 391.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
9 head
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
10 valveangle
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
11 valvetop
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 1
#-----------------------------------------------
12 valvebottom
WALL MOVING Translating
roughness 0.0 0.5
velocity Law_of_wall "valve-75-115.in" 0.0
pressure Neumann 0.0
temperature Law_of_wall 823.0
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 0
#-----------------------------------------------
13 pistonskirt
WALL FIXED Stationary
roughness 0.0 0.5
velocity Law_of_wall 0.0 0.0 0.0
pressure Neumann 0.0
temperature Law_of_wall 313.8
species Neumann 0.0
passive Neumann 0.0
tke Neumann 0.0
eps Dirichlet 0.0
omega Dirichlet 0.0
region 2
#-----------------------------------------------
14 inflow
INFLOW
velocity Neumann 0.0 0.0 0.0
pressure Dirichlet [342300.0]
temperature Dirichlet 304.1
species Dirichlet 4
O2 0.2314
N2 0.7619
CO2 0.0002
H2O 0.0065
passive Dirichlet 1
FRESH 1.0
tke Intensity 0.05
eps Length_scale 0.03
omega Length_scale 0.003
region 2

Looks like your disconnect triangles might be moving.
Check your events and boundary motion. Check if valve is moving during a closed event (you would have to check your valve lift profile).
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