Improving Global Quality of Life
Improving Global Quality of Life
Improving Global Quality of Life
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2. To an increasing extent, joining processes are being integrated into fabrication lines. With regard to the<br />
application <strong>of</strong> welding, cutting and coating technology in these complex, highly mechanised or automated<br />
fabrication lines, it is necessary to ensure the reliable availability also <strong>of</strong> the relevant joining technology<br />
installations. This requires a reliable infrastructure for coping with disturbances <strong>of</strong> these installations too,<br />
i.e. quick presence <strong>of</strong> experts in the event <strong>of</strong> perturbations on the cutting, welding, brazing, soldering and<br />
coating machines and high availability <strong>of</strong> spare parts and substitute devices. Examples are automobile<br />
production and the fabrication <strong>of</strong> electronic components.<br />
9.2.3 Visions for joining technology optimised for processes<br />
Joining technology optimised for processes permits the flexible application <strong>of</strong> joining processes. Joining<br />
processes (i.e. installations and systems) are integrated into the production chain as production processes.<br />
Thus, joining processes can quickly react to the product development. There is a direct link between design,<br />
production planning and production / joining technology in order to be able to achieve a rapid production<br />
start and stable production.<br />
Joining processes can be quickly and flexibly adapted to altered fabrication conditions and also to altered<br />
raw material conditions and material conditions.<br />
Joining technology is an integrated part <strong>of</strong> virtual production.<br />
Joining processes permit maximum productivity with minimum preparation and their joining results<br />
(material, joining process and properties <strong>of</strong> the joint) are reproducible and calculable and can be subjected<br />
to a complete simulation.<br />
The physical effects and interactions <strong>of</strong> joining processes are totally known, reconstructable and able to be<br />
modelled and controlled. Therefore, the joining processes <strong>of</strong> the future can be carried out with resource,<br />
energy and cost efficiency and thus in a sustainable way. In concrete applications, joining processes can be<br />
performed without any emissions and with a minimum heat input.<br />
Examples <strong>of</strong> joining technology optimised for processes:<br />
Joining processes using nanotechnological processes such as nan<strong>of</strong>oils, nanoparticles and<br />
nanopastes.<br />
Intelligently combined joining processes (hybrid joining processes) and joining processes with the<br />
coupling <strong>of</strong> different energy types.<br />
High-speed joining <strong>of</strong> thick-walled structures, components and piping.<br />
Joining processes for modularised fabrication in vehicle construction using components and<br />
subassemblies with final paintwork.<br />
Joining processes with integrated quality and materials testing and documentation.<br />
Optimised automated joining processes.<br />
Optimised hand-guided joining processes.<br />
102 <strong>Improving</strong> <strong>Global</strong> <strong>Quality</strong> <strong>of</strong> <strong>Life</strong> Through Optimum Use and Innovation <strong>of</strong> Welding and Joining Technologies