Zespół Badawczy Dynamiki i Modelowania
Zespół Badawczy Dynamiki i Modelowania
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Tetiana Roik
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Structure and properties of a self-lubricating antifriction composite based on regenerated bearing-steel waste for friction units of stencil-printing machines
Analysis of the process of determining dissipative forces in the dissipation of impact energy at high speeds
New anti-friction self-lubricating composite based on EP975 nickel alloy powder with CaF2 solid lubricant – Thermal and dilatometric behavior
Using silumin grinding waste for new self-lubricating antifriction composites
Friction films analysis and tribological properties of composite antifriction self-lubricating material based on nickel alloy
Surface roughness of new self-lubricating antifriction composites for printing apparatus during borazon grinding
Tribosynthesis of friction films and their influence on the functional properties of copper-based antifriction composites for printing machines
Analysis of pulse load of a steel roller in the numerical simulation method
Contribution self-lubrication mechanism of new antifriction copper-based composites in the vehicles' heavy-loaded friction units
Structure formation in antifriction composite with a nickel matrix and its effects on properties
Friction films and their influence on the antifriction properties of new high-temperature nickel composites
Patent. Polska, nr 237229. Materiał kompozytowy przeciwcierny na bazie miedzi.
Friction mechanism features of the nickel‐based composite antifriction materials at high temperatures
New antifriction composite materials based on tool steel grinding waste
Structure and properties of the new antifriction composite materials for high-temperature friction units
Improved manufacturing performance of a new antifriction composite parts based on copper
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