welded_joint
- Last UpdatedJan 20, 2026
- 1 minute read
Express Format:
ENTITY welded_joint;
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name : |
STRING; |
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comment : |
STRING; |
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weld_length : |
REAL; |
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suspension_length: |
REAL; |
|
connection_length: |
REAL; |
|
weld_type : |
STRING; |
|
manual : |
BOOLEAN; |
|
closed : |
BOOLEAN; |
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parts : |
SET [2:?] OF object; |
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welds : |
SET [0:?] OF weld; |
END_ENTITY;
TRI/2 File Format:
#1040=welded_joint(’J-2’, $, 2450.0, 0.0, 2450.0,’butt’, True, False, (#3010, #3011, #3012), (#4501, #4502, #4503));
Number of Attributes: 10
Description:
A <welded_joint> defines the welded connection of parts.
A <welded_joint> consists of a set of <weld>s.
Example:
The connection of a stiffener to a plate is realized as a <welded_joint>.
The <welded_joint> typically consists of at least two <weld>s, one on each side of the stiffener.
The <weld>s are mapped to a geometric representation of the part edges, which play a role in the part connection.
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name: |
an identification of the <welded_joint> |
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comment: |
a note about the <welded_joint> |
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weld_length: |
the summed length of all <weld>s of the <welded_joint> |
|
suspension_length: |
the summed length of suspension on all <weld>s of the <welded_joint> |
|
connection_length: |
the summed connection length of all parts of the <welded_joint> |
|
weld_type: |
the type of <welded_joint>, that means, butt or fillet joint |
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manual: |
a flag to indicate whether the <welded_joint> has been defined manually or automatically |
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closed: |
a flag to indicate whether the joint has a closed topology or not |
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parts: |
set of parts and/or assemblies forming the joint |
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welds: |
set of <weld>s forming the joint |