Podrobnosti záznamu

Jméno
   Černý, Martin
Autor článku
   Applications of composites based on glass fibers in human biomechanics
   Biomaterials based on polysiloxanes and glass bibers
   Biomechanical properties of porous composites based on glass and polysiloxane
   Bone replacement based on glass fibers and polysiloxane
   Bone replacements based on glass fibers and polysiloxane
   Cages Based on the Carbon-Carbon Composites
   Carbon-carbon films and composites based on polyimides: processing and properties
   Cementový kompozit vyztužený PET vlákny
   Comparison of biomechanical properties of carbon-carbon and glass composites
   Comparison of mechanical properties and structural changes of continous basalt and glass fibres at elevated temperatures
   A composite based on glass fibers and siloxane matrix as a bone replacement
   Composite material based on aramid fibers and polysiloxane matrix modified by ydroxapatite nanoparticles
   Composite materials based on glass fabrics and siloxane matrix as substitutive and connective elements of bones in orthopaedics
   Composite materials based on glass fibers and polysiloxanes for bone surgery applications
   Composites based on bioglass
   Composites based on polysiloxane matrix and polyamide fabric as the bone raplacement
   Contribution to the Evalution of Interlaminar Fracture Properties of C/C Composites
   Daphnia resting eggs in the sediment of Bohemian Forest lakes : an evidence for sediment disturbance
   Development and optimization of manufacture process for heat resistant fibre reinforced ceramic matrix composites
   Dynamic elastic properties of 2D C/C composites studied by the resonant frequency technique
   Dynamic elastic properties of unidirectional C/C composites studied by the resonant frequency technique
   Dynamic Fracture Properties of Carbon/Carbon Composites
   Effect of aging PET fibre on the mechanical properties of PET fibre reinforced cement composite
   Effect of nano/micro particles of calcium phosphates on the mechanical properties of composites based on polysiloxane matrix reinforced by polyamide
   The effect of the thermal treatment of the matrix on its mechanical properties with composites on the basis of glass fibres and siloxane matrix
   Elastic properties of carbon-carbon composite cylindrical shells with braided reinforcement
   Elastic properties of porous oxide ceramics prepared using starch as a pore-forming agent
   Elastické a lomové vlastnosti tepelně odolných kompozitů s keramickou matricí při 900-1300řC
   Experimental studies of fracture properties of fibrous carbon-carbon composites
   Flexural vibrations of a Timoshenko beam: a numerical solution to the frequency equations and its application for assessment of shear moduli of a carbon-carbon composite
   Fracture behaviour of partially pyrolysed long fibre unidirectional composite
   Fracture behaviour of the basalt fibre reinforced composites with polysiloxane-derived matrix
   Fracture behaviour of the basalt fibre reinforced composites with polysiloxane-derived matrix
   Fracture properties of basalt fibre composites with cured or pyrolysed matrix
   Fracture properties of carbon-carbon composites
   Glass fibers and polysiloxanes based composite materials for biomedical applications
   Glass fibers based composites - biomedical applications
   The influence of a short-term tissue culture medium storage on the mechanical properties of composites based on glass fibers and polysiloxane
   Influence of actual yarn pattern on elastic properties of fabric reinforced carbon-carbon composites
   Influence of matrix densification upon structure and elastic properties of carbon-carbon composite shells
   Influence of nanoparticles additivies on mechanical properties of fabric reinforced composites
   Influence of reinforcement compaction on interlaminar shear strength and dynamic moduli of a laminated carbon-carbon composite
   Interlaminar shear strength of textile reinforced carbon-carbon composite
   Isothermal and adiabatic Young's moduli of alumina and zirconia ceramics at elevated temperatures
   Kompozitní materiály s otevřenou pórovitostí pro náhrady kostní tkáně
   Křehké chování kompozitů s čedičovými vlákny po expozici v horkém vzduchu
   Measurement of elastic constants of orthotropic C-C composite plates by resonant frequency method
   Measurement of elastic constants of orthotropic materials by resonant frequency method
   Mechanical and fracture properties of basalt fibre reinforced composites
   Mechanical and fracture properties of R-glass reinforced composites with pyrolysed polysiloxane resin as a matrix
   Mechanical behavior of polymer-matrix biocomposites modified by nano/micro additives
   Mechanical behavior of polysiloxane matrix - based composite reinforced with basalt fibres at elevated temperatures
   Mechanical behaviour of aramid fibers/polysiloxane matrix composites modified by bioactive nano/micro particles
   Mechanical properties of a fabric reinforced carbon-carbon composite
   Mechanical properties of basalt fiber reinforced composites prepared by partial pyrolysis of a polymer precursor
   Mechanical properties of basalt fibre reinforced composites prepared by partial pyrolysis of a polymer precursor
   Mechanical properties of composites based on glass fibers and siloxane as biomaterial
   Mechanical Properties of Composites Based on Glass Fibers and Siloxanes as Biomaterial
   Mechanical Properties of Resin-Based Carbon-Carbon Composites Modified with Needle Coke
   Mechanical response of novel SiOC glasses to high temperature exposition
   Microstructure and mechanical properties of heat resistant composites reinforced with basalt fibres
   Mikrostruktura a mechanické vlastnosti tepelně odolných a chemicky stálých kompozitů vyztužených čedičovými vlákny
   Modification of composite materials by bioactive additives
   Návrh biokompozitu pro náhrady tvrdých tkání s přihlédnutím k jejich osseointegraci
   On a discrepancy in modulus of elasticity as determined from separate resonance frequencies of a bar sintered from copper-coated iron powder
   Osseointegration improvement of glass fibers based composites
   Oxidation behaviour and mechanical properties of carbon fibre composites with methylphenylsiloxane-based matrix and pyrolytic carbon coating
   Oxygen resistivity of 2-D composites based on E-glass and siloxane
   Partially pyrolyzed composites with basalt fibres - Mechanical properties
   Polyimide matrices for carbon-carbon composites with turbostratic structure
   Porous composite materials with polyamide reinforcement and siloxane matrix with nano-hydroxyapatite as biomaterials
   Porous composites based on siloxane resin for hard tissue replacements
   The possibility of impregnating C/C composites with pitch using microwawe energy
   Preparation and oxygen resistance of 2D composites based on E-glass, R-glass, and siloxanes
   Properties and performance of polysiloxane-derived ceramic matrix in heat resistant composites reinforced with R-glass or fine ceramic fibres
   Relation between Mechanical Properties and Pyrolysis Temperature of Phenol Formaldehyde Resin for Gas Separation Membranes
   Resonant frequency study of tensile and shear elasticity moduli of carbon fibre reinforced composites (CFRC)
   Schädigung durch Oxidation von Faser - verstärkten Verbundwerkstoffen mit keramischer Matrix bei hohen Temperaturen
   Strength, elasticity and failure of composites with pyrolyzed matrices based on polymethylsiloxane resins with optimized ratio of D and T components
   A study of C/C composites infiltrated and coverd with pyrolytic carbon in a tumbling bed
   Synthesis of curable siloxane and silazane resins and their conversion into nanostructured silicon oxycarbide glasses and foams
   Thermomechanical properties of continuous basalt fibers for composites
   Vliv typu škrobu na mikrostrukturu a vlastnosti oxidové keramiky připravené zpevněním škrobem
   Young`s modulus of ceramic matrix composites with polysiloxane based matrix at elevated temperatures
   Young's modulus of heat-resistant fibrous composites at elevated temperatures
   Zonace území KRNAP na základě multikriteriální analýzy faktorů prostředí a zdravotního stavu lesa