In the project we want to change the fatty acid composition of ruminant lipids, and examine how to meet the population's nutritional needs for omega-3 fatty acids. We plan to enrich the “baby beef” and milk with essential omega-3 fatty acids.
The project will develop drilling processes and the use of suitable equipment for drilling holes using geothermal potential, construct optimal machinery for drilling and optimise the use of geothermal energy.
The aim is to design and develop precast fire resistant concrete elements using industrial waste materials.
Ues delivers the next generation of methods and means for development and production of hi-tech products in modern manufacturing enterprises. A synergetic result comes from the domains of a) management and control architecture, b) distributed systems of ict, c) ubiquitous oriented embedded systems.
The purpose of the project is to investigate the surface properties of two selected textile fabrics with incorporated microcapsules using the new approach of streaming potential measurement. The knowledge of these surface properties will improve the process of micro-encapsulation.
The project will focus on testing natural serbian and croatian zeolites for their use in the removal of toxic zinc, chromium, copper and arsenic from waste and drinking water. The performance of natural zeolites and synthetic zeolite a produced in slovenia will be compared.
To enhance the accuracy in predicting fatigue life of dynamically loaded parts that are usually sub-components in a larger structure. The fatigue life prediction will be based on multi-axial-loading and broad-band inputs as well as on additional histogram-based loadings.
With the current emphasis being on companies to supply products and provide support services throughout the product lifetime, advanced engineering information traceability methods, models and tools are required to be developed, which allow the information development to be traced into the future.
By integrating new generation mould, robots, working standards and people involvement, shorter production cycle time, better process capability at lower scrap, reduced material and energy consumption, a new, highly competitive production process will be developed.
Main goal hm-hme is to merge multiple electronic devices into one single main unit, which would offer greater comfort, ease of use, automation of daily chores and simple application of modern technology in every living space. This is accomplished through multi-functionality and modular composition.