Browsing by Author "Habr Jiří"
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- Item3D Printing of Fractal Deterministic Shapes Into Polymer Matrix with Respect to Final Composite Mechanical Properties(Trans Tech Publications Ltd, 2014) Šafka Jiří; Bobek Jiří; Habr Jiří; Seidl Martin
- ItemAdhesion additive influence on polyamide nano polymer composite properties(Trans Tech Publications Ltd, 2016) Habr Jiří; Bobek Jiří; Běhálek Luboš; Seidl Martin
- ItemBiocomposite with a PLA matrix and banana fibres(2017) Lenfeld Petr; Ausperger Aleš; Běhálek Luboš; Bobek Jiří; Habr Jiří; Lukeš Michal; Seidl Martin; Severa Zdeněk
- ItemBottle of Biodegradable Composite System PLA with Nanocrystals Cellulose(2020) Lenfeld Petr; Brdlík Pavel; Borůvka Martin; Habr Jiří; Běhálek Luboš; Kůsa Petr
- ItemBumper beam BMW F46 made of lightweight composite PP 30CeF(2018) Habr Jiří; Petera Pavel
- ItemCup of Biodegradable Composite System PHBV(2020) Lenfeld Petr; Habr Jiří; Běhálek Luboš; Borůvka Martin; Brdlík Pavel
- ItemEffect of Radiation Crosslinking and Surface Modification of Cellulose Fibers on Properties and Characterization of Biopolymer Composites(MDPI AG, 2020) Lenfeld Petr; Brdlík Pavel; Borůvka Martin; Běhálek Luboš; Habr Jiří
- ItemFused deposition modeling vs. Injection moulding: influence of fiber orientation and layer thickness on the mechanical properties(MM Publishing, s.r.o., 2018) Běhálek Luboš; Šafka Jiří; Seidl Martin; Habr Jiří; Bobek Jiří
- ItemHybrid composite material with synthetic polymer matrix, hemp fibers and glass hollow bubbles.(2017) Bobek Jiří; Habr Jiří; Seidl Martin; Běhálek Luboš
- ItemHybrid polymeric composite with natural and glass fibers(2016) Habr Jiří; Lenfeld Petr; Běhálek Luboš; Bobek Jiří; Seidl Martin; Lukeš Michal; Severa Zdeněk; Kopeček Jan
- ItemHybrid polymeric composite with nature fibers and hollow glass microspheres(2016) Habr Jiří; Lenfeld Petr; Běhálek Luboš; Seidl Martin; Bobek Jiří
- ItemImpact of innovative cooling system on mechanical properties of moulded parts(Trans Tech Publications Ltd., 2016) Habr Jiří; Seidl Martin; Bobek Jiří
- ItemInfluence of the type of additives on the properties of polymer nanocomposites with fillers based on highly pure cellulose(Tanger s.r.o., 2014) Lenfeld Petr; Habr Jiří; Seidl Martin; Běhálek Luboš; Bobek Jiří; Severa Zdeněk
- ItemLeft front fender Škoda A05 made of lightweight hybrid composite PA6.6 8GB 10CF(2018) Habr Jiří; Petera Pavel
- ItemMECHANICAL PROPERTIES OF BIOPOLYMER COMPOSITE WITH NATURAL FIBERS SURFACE MODIFIED BY LOW-TEMPERATURE PLASMA(MM Publishing, s.r.o., 2020) Habr Jiří; Lenfeld Petr; Běhálek Luboš; Borůvka Martin; Brdlík Pavel
- ItemMechanical properties of hybrid composites based on polypropylene matrix(MM publishing Ltd., 2017) Seidl Martin; Běhálek Luboš; Habr JiříThe paper is focused on the analyses of the mechanical and physical properties of the hybrid composite systems based on the polypropylene matrix with implemented reinforcing cellulose fibres. The polymer phase of this conventional composites is furthermore modified by physical blowing agents, which are utilized for the formation of light microcellular structures. Interactions of all the components of these hybrid composites are evaluated in terms of density change, impact resistance, bending and tensile properties. Complying with the assumption closed pores generally decreased mechanical properties of the multiphase composite systems. The reduce of mechanical properties induced by presence of the microcellular structure was more significant with increasing level of filling by reinforcing particles.
- ItemMechanical Properties of Metal-Plastic Composite with Internal Fractal Shape Reinforcing Structure(Trans Tech Publications Ltd, 2016) Habr Jiří; Seidl Martin; Bobek Jiří; Šafka Jiří
- ItemMechanical Properties of Products Made of Abs with Respect to Individuality of Fdm Production Processes(2017) Seidl Martin; Habr Jiří; Bobek Jiří; Šafka Jiří; Běhálek LubošNowadays the technologies originally developed only for prototype production are involved among modern production techniques. This trend is induced mainly by developing of new materials and very effective improvement of rapid prototyping production methods and tools. The resulting mechanical properties of the products are now fully comparable with the properties of parts produced with using the technologies modified for batch production (e.g. injection moulding or blow moulding etc.). This article deals with comparing the flexural and tensile properties of specimens produced by injection moulding technology and by FDM technology, particularly using three different 3D printers (Dimension SST 768, Fortus 450 and Rep Rap). The part orientation within the build envelope of selected FDM machines is another aspect that was evaluated and that had significant impact on part behaviour of printed parts. All the analysed specimens were made of thermoplastic ABS.
- ItemModern plastics and fiber composites. Part I. Injection molding: materials and technology(Technická univerzita v Liberci, 2019) Běhálek Luboš; Habr Jiří
- ItemModern plastics and fiber composites. Part I. Injection molding: materials and technology(Vysokoškolský podnik Liberec s.r.o., 2019) Běhálek Luboš; Habr Jiří
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