Abstract No.:
1946

 Title:
Modeling of particle consolidation by cold spray

 Authors:
Janusz Kocimski / Institute for Diagnostic Imagining Research,University of Windsor, Canada
Roman Gr. Maev / Institute for Diagnostic Imaging Research, University of Windsor, Canada
Andrzej Ambroziak/ Wroclaw University of Technology, Poland
Volf Leshchynsky/ Institute for Diagnostic Imaging Research, University of Windsor, Canada

 Abstract:
To fully understand particle interactions with both substrate and neighbouring particles, Finite Element Analysis (FEM) of particle agglomeration impact onto substrate was developed. To investigate particle/particle bonding mechanism, two dimensional models for various initial densities of deposited stainless steel particles has been built. In the model the stainless steel powder was deposited onto copper substrate.
The results obtained from simulations show the influence of particle agglomeration density on stress and strain state. Both plastic strains, stresses and dynamics of the process has been investigated. The model was verified and compared with metallographic structures of real coatings.


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