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 main task is to develop the technology and introduce disinfecting mats, which can be applied in order to resist the spread of epidemic and contagious diseases (e.G. Bird flu).
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
Development of new, innovative software tools for rapid design of microwave filters and multiplexers that will drastically reduce the time required for development of products for wireless and satellite communication markets.
Development of product series of precise and high safe integrated linear and rotating modules with low noise emissions using high-tech nano-materials and dynamometer. The development design of modules and implementation of overload limiters for further higher equipment safety according to the en.
Harvesting and the newest high pressure and deep vacuum techniques in production of standardized plant extracts/bioactive molecules for application in formulation of nutraceuticals/medicine. In vivo studies to support evidence for health benefits.
The project will develop new material systems made of rubber powders from used tires that go in compliance with the new eu-regulations concerning the pah-limits. New mixing technologies are urgent needed for designing high quality materials on the basis of polyurethane and thermoplastics.