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Titlebook: Advanced Joining Processes; Lucas F. M. da Silva,Paulo A. F. Martins,Mohamad S Book 2020 Springer Nature Singapore Pte Ltd. 2020 Friction

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Kritika Anand,Nisha Gupta,Ashish Surekaal differences in chemical and physical properties, new approaches must be developed for common industrial joining processes. This study shows a new approach in order to characterize the joining zone formation using single-sided resistance welding. Based on the mechanical properties, the interface f
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Ruchita Bansal,Siddharth Dawar,Vikram Goyal down to one can be identified. Commercially available joining processes can only fulfill the requirements to a limited extent. The process principle of laser transmission welding with a wavelength-adapted laser beam source enables flexible and contour-independent welding of commercially available p
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https://doi.org/10.1007/978-3-030-04780-1le influence on corrosion protection. An optimized corrosion protection could be achieved by electro-dip painting, but this is not economically legitimate due to the small lot sizes. This problem could be solved by shifting the joining process to the end of the process chain and using adhesive bondi
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Narinder Singh Punn,Sonali Agarwalng joint performance. This is especially valid for the most common joint geometry—the single lap joint (SLJ). Therefore, a main area of investigation in the field of adhesive bonding is the uniformisation of the stress distribution along with the adhesive bondline, in order to decrease those stress
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978-981-15-2959-7Springer Nature Singapore Pte Ltd. 2020
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Lucas F. M. da Silva,Paulo A. F. Martins,Mohamad SPresents material science-based and mechanical analysis-based advances.Addresses all related processes, including hybrid joints.Gathers selected full-length papers from the 1st Conference on Advanced
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