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PIV method as a means of optimization and validation of fluid flow in flue gas path

Sulovcova K., Papučík Š., Patsch M., Kapjor A., Medvecký Š.

Structure and Environment

2014

Vol. 6, no. 3

41--44

The production of flue gases and particulate matters also take part in combustion process. Solid particulate matters are dragged into the air with fumes and adversely affect the air quality, environment, human and animal health. Reducing of particulate matter emissions is very important not only for large particle sources but also for small sources that are involved in environmental pollution, too. Those small producers are for example small heat sources. In this paper reduction of particulate matter production in small heat source by modification of the flue gas path by using CFD simulation and PIV method is considered.

Application of Digital Engineering and Simulation in the Design of Products and Production Systems

Gregor M., Medvecký Š.

Management and Production Engineering Review

2010

Vol. 1, No. 1

71-84

The paper presents the results of research & development done at the University of Žilina, Faculty of Mechanical Engineering in the area of Digital Engineering and simulation in the design of products and production systems. The digital technologies are used in innovation process of products and production systems. The paper describes the concept of Digital Factory being developed at the University of Žilina. Starting from the conceptual model of a product the whole chain of digital design processes of the given product and its production system are described. The digitization procedure is presented using 3D laser scanning technologies. The paper presents the theoreti cal research done in metamodelling based on computer simulation and used by the choice of the appropriate shop floor control system. The future research goals are presented as well.