Finite element modelling of laser stitch welding joints for structural dynamic prediction

Finite element modelling of laser stitch welding joints for structural dynamic prediction

Laser stitch welding is a joining technique that has been increasingly popular in automotive industries, such as in the manufacturing and assembling of the car's body-in-white (BiW) due to its advantages over the resistance spot weld, such as low heat application and high strength weld. The dyn...

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Bibliographic Details
Main Authors: Abdul Rani, M.N (Author), Mirza, W.I.I.W.I (Author), Mohd Zin, M.S (Author), Shah, M.A.S.A (Author), Yunus, M.A (Author)
Format: Article
Language:English
Published: Universiti Malaysia Pahang 2019
Subjects:
Automotive industry
Binary alloys
Bismuth alloys
Dynamic behaviour
Dynamic behaviours
Finite element method
Finite element model
Finite element modelling
Free boundary conditions
Heat affected zone
Heat resistance
Joining techniques
Laser stitch weld
Local parameters
Natural frequencies and modes
Residual stresses
Resistance spot weld
Stitching (metal joining)
Structural dynamics
Tungsten alloys
Welded structures
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