The effect of fabric structure and yarn-to-yarn liquid migration on the overall liquid transport behavior of fabrics is investigated in this research. Sorption of liquid from an unlimited reservoir as well as sorption of a limited quantity of liquid by fabrics representing different structural parameters is studied in detail. Sorption of a limited quantity of liquid is studied by performing drop spreading experiments on fabrics. The spreading and wicking of micron sized drops which are deposited on textile fabrics during ink jet printing is also studied. How the fabric structure related variables influence the spreading of ink drops and how exactly spreading influences printing quality is investigated in this research. Results showed that the wicking in fabrics is determined by the wicking rates of the yarns, thread spacing and more importantly by the rate at which liquid migrates from longitudinal to transverse threads and again from transverse threads back to longitudinal threads. Drop spreading rates were also determined by fabric structure. In general, compact and thinner fabrics showed highest drop spreading rates. Drop spreading rates are primarily affected by the manner and the rate at which liquid migrates from yarn to yarn. Analysis of the results of ink jet printing of pigment ink on textile fabrics showed that excessive drop spreading and higher line widths were observed where continuous and narrow capillaries prevail on the surface of yarns. Yarn surface characteristics are more important than fabric construction parameters.

A study of moisture management in helmet padding compositions. Paddings popularly consist of a polyurethane foam in combination with an inner fabric worn next to skin. The materials consisted of one polyurethane foam and four different fabrics. Tests of moisture management and related properties were performed. The polyurethane foam showed no signs of moisture transport abilities. Among the fabrics, the more porous, mesh-like ones performed the best. The polyurethane foam did not show to have any significant influence on the moisture management of the fabrics.

The theme of Master Thesis is the Brno dam and its effective utilization. The very subject of this thesis is the Cultural and Social Center (the Center). The project follows a broad urban context and provides a new insight into the operation and use of this site. It contains a proposal of movement coordination and effective utilization of the most attractive areas closely related to the water surface. Cultural and Social Center is designed as a part of the landscape. It connects two levels of trails leading around the object. This connection is expressed through the dominant stairs. The program of the Center complements and evaluates leisure activities of the site, plus the Center offers an extraordinary space. Digital RGB spectrum system senses the current weather and converts the results into a graphic and scenic projection. Thanks to this system a new concept of space is continuously formed. The atmosphere, temperature, texture, intensity etc.. The visitor thus will never be a part of the same "exhibition." The first floor, (level +0,00m) around the water surface, is preferably used as a Cultural and Social Center. It has three naves of the Center, foyer with cafe and snacks, as well as it covers a DPMB building of cabeling. Few parts of the facade are designed as a sliding facade, thus visitors could stay in direct contact with the water surface and landscape. Second floor – (level +3,50m) is an spatial continuation on the Center and the rest is mostly used for technical security of the building. In foyer there is a second part of cafe – more private and relaxing room. Third floor (level +7,00m) is connected with the trail going around the building. At this level takes place leisure and educational center, which is complemented by the multifunction hall and an administrative facilities. The idea of landscape use is to provide an outdoor sports urban park a la Miralles urban parks.