doc. Ing. Karel Balík, CSc.

Archived

Development of equipment for coating thin wires with biodegradable polymers from solution
The project was implemented between years: 2020-2022
Development and comprehensive pre-clinical testing of novel composite materials for bone surgery
The project was implemented between years: 2015-2018
High Performance Radiolucent Composite Materials Providing High Resistance against Sterilization Decomposition, for use in Medicine
The project was implemented between years: 2010-2012
Bioinspired Nanocomposite Structures for bone Tissue Regeneration
The project was implemented between years: 2009-2012
Research on problems of spinal diseases focused on degenerative and post-traumatic states of the spine, applying findings in the tissue engineering, the vertebrae biomechanics, the osseointegration of artificial replacements and their failure revising.
The project was implemented between years: 2006-2009
Research and development of the composites with thermoplastic matrix and their application in primary aircraft structures.
The project was implemented between years: 2006-2009
Porous Composite Materials with Polyamide Reinforcement and Siloxane Matrix with Nano-Hydroxyapatite as Biomaterials
The project was implemented between years: 2006-2008
Structural Investigation and Physical Properties of Novel Graphite-Like Nanocomposites Based on Inorganic Particles with Different Morphology
The project was implemented between years: 2006-2008
Microstructure and mechanical properties of heat resistant and chemically stable composites reinforced with basalt fibres
The project was implemented between years: 2004-2005
Composite materials on the basis of glass fabrics and a siloxane matrix as substitutive and connective elements of bones in orthopaedics
The project was implemented between years: 2003-2005
Utility Model "Intervertebral Cages" (based on C/C composites)
The project was implemented between years: 2003-2003
Intelligent Textile Structures - Application, Production and Testing
The project was implemented between years: 2002-2005
Microstructure and mechanical properties of ceramic matrix composites for elevated temperatures and oxidising environment
The project was implemented between years: 2000-2003
Cages based on the carbon-carbon composites
The project was implemented between years: 2000-2002
Composites on the basis of glass and siloxane matrix for the application at high temperatures
The project was implemented between years: 1999-2001

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Press Release

Unique machine Electrospunra 210 helps replace bone tissue

used for several months in the Department of composites and carbon materials Institute of Rock Structure and Mechanics of the Academy of Sciences in Prague for the preparation of nanofibres. It is capable of producing micro and nano fibers of polymers, ceramics materials...

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