The r&d project proposes the development, production and marketing of a competitive system of two linked groups of new, high performance flooring materials for the repair of damage to industrial floors of every thickness.
Select alloys for electronics production. Investigate consistent production/rework/repair processes. Modelling deformation/degradation behaviour of selected alloys. reliability testing recommendations.Reliability estimations.
Friction stir welding (fsw) will be applied to a range of materials/be researched to achieve high welding speeds in increased joint thickness. Processes will be industrialised for real components and applied in commercial production.
Nordic industries, in cooperation with 3 universities, aim to develop and test fully or partly depolarised anodes for electrowinning of metals. This depolarisation may, besides significant energy savings, produce a better metal product.
Demonstrate a novel form of hybrid electric drive line which combines the virtues of the bus and tram without the need for track or overhead lines and show how this introduces a modal shift away from the passenger car.
The new intelligent and environmentally-friendly concrete mixer is a system for preparing a concrete provider with just-in-time control of the dosage and water-sand-cement mixing of high quality and safety.
The aim of this project is to improve the quality and productivity of paper manufacturing by using fungal enzymes in order to control and remove slime and pitch deposition.
Development of a technology for aluminium alloy sheet production by continuous strip casting and cold rolling. material property optimization with respect to applications in transport components and systems.
The objective is to develop and implement into different industrial environments innovative design procedures and control strategies for precision forging operations where product quality is continuously monitored and controlled.
The aim is to develop a new range of thermoplastic composite sandwich panels (which are more cost-effective, lightweight, high impact and inherently recyclable) and their use in a range of lightweight structures.