Development of a new honeycomb sandwich core material and related process. This innovative new folded honeycomb core enables fast core production from one continuous sheet and produces reliable core-skin bonding.
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.
Development of bonded abrasives technology via innovation of highly porous, unique class tool systems for ecological abrasive manufacture and design of ecologically compatible abrasive processes based on high-speed machining (>120 m/s).
The aim is to develop an advanced integrated tourist recommendation/tourist industry management support system. ulixes is a knowledge organisation based on intelligent systems, multimedia, web and mobile phone technology.
This broker system is a computer tool based on internet data interchange supporting the transportation (logistic) activities of small and medium-sized distribution, production, transportation and logistic companies.
The aim is to develop a new process of hydroforming, where selective laser heating facilitates deformations of hybrid parts made of workpieces of different strengths.
Development of environment friendly diverse cargo ship types, ecological construction processess, technological and business risk management models and cost effective polish/ swedish infrastructure.
Development of new thermoplastic honeycomb sandwich core materials and their production process. The innovative new folded honeycomb core enables a fast core production from a thermoplastic sheet.
Design and testing of precast composite fire and water resistant segments for secondary tunnel lining. They would also serve as a self-supporting formwork for filling of fresh concrete between the elements and the primary tunnel lining.
Study of the strengthening effect of nano-sized bubbles finely dispersed in a metal matrix on the properties of this matrix and analysis of the interaction mechanism between sliding dislocation and the stress field around the bubbles.