The project aims to develop new elastomeric formulations compounded with innovative fillers capable of improving processing characteristics as well as physico-chemical properties for the automotive and building industries.
Development of the new approach for tanker structure protection by coating of internal space of tanks with polyurethane layer? For fulfilling of international anti-pollution requirements.
Improving and re-engineering of international freight transport chains with the target being sustainable freight mobility. The aim is to stimulate freight chains in europe, and improve and develop the competitiveness of intermodal transport chains.
The aim is to focus on and study contamination control mechanisms and technologies of fibrous engineered textile products and to develop new types of fibrous products, active finishings, their processing and new business service activities.
There are two main challenges: 1. To become sustainable by reducing resource consumption, managing transport and utility networks in a sustainable way, reducing environmental and man-made impacts, improving safety and security and protecting cultural heritage; 2. To become a demand-driven sector.
The new generation of ecological midi buses will be developed and produced through this project over a 24-month timeframe, with production and sales on the market beginning in september 2007. Production of buses will be doubled in 3 years.
The project aims to develop gap with a low structural defect level by using the vgf procedure. This advanced material targets micro lenses for deep infrared sensors used in monitoring of stressed structures.
The project covers the theoretical analysis and experimental investigations of tracks with improvements in geometrical and mechanical design parameters. As a result, conditions for using the method for speed increases with sharp curves will be formulated
The project will analyse the influence that the design of components and manufacturing process variations have on the noise behaviour of a vehicle disc brake.
The goal of the project is development of a system for monitoring and multilevel complex evaluation of heart function and motion abilities for elderly and disabled people