「$Boundary」:修訂間差異

出自DDCC TCAD TOOL Manual
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已建立頁面,內容為 "$Boundary or $ThermalBoundary are the same commands. This command setup the thermal boundary of 3D thermal solver. The format is $Boundary N_surface_number..."
 
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無編輯摘要
第1行: 第1行:
$Boundary or [[$ThermalBoundary]] are the same commands. This command setup the thermal boundary of 3D thermal solver. The format is  
[[$Boundary]] orand [[$ThermalBoundary]] are the same commands. This command setup the thermal boundary of 3D thermal solver. The format is  


  $Boundary
  $Boundary
第9行: 第9行:
  .....
  .....
  .....  repeat N_surface_number
  .....  repeat N_surface_number
Surface_No: The gmsh surface number to set as thermal boundary
Surface_type:  value: 1: fix temperature boundary  2: convention boundary condition
Surface_value: The coefficient at the boundary. For type 1, it is the surface potential  For type=2, it is the thermal convention coeffcient
For example
$Boundary
3
123  1  300.0
221  1  400.0
224  2  22.3
Related links
  [[$Boundary]] , [[$ThermalBoundary]]

於 2018年7月17日 (二) 07:57 的修訂

$Boundary orand $ThermalBoundary are the same commands. This command setup the thermal boundary of 3D thermal solver. The format is

$Boundary
N_surface_number
Surface_No_1  Surface_type  Surface_value
Surface_No_1  Surface_type  Surface_value
Surface_No_1  Surface_type  Surface_value
Surface_No_1  Surface_type  Surface_value
.....
.....  repeat N_surface_number
Surface_No: The gmsh surface number to set as thermal boundary
Surface_type:  value: 1: fix temperature boundary  2: convention boundary condition
Surface_value: The coefficient at the boundary. For type 1, it is the surface potential  For type=2, it is the thermal convention coeffcient

For example

$Boundary
3
123  1  300.0
221  1  400.0
224  2  22.3

Related links

 $Boundary , $ThermalBoundary