Abstract Machine tool structures produced with Epoxy Granite reinforced polymer
composites (EGPCs) have gained prominence in recent years and have replaced …

Large-mechanical-part machining is a very important trend for modern industry to develop,
and it has attracted a lot of attention from advanced industries. As an important element of …

The paper presents the process of designing a lightweight vertical lathe with a steel–
polymer frame. The purpose of using such a frame was to increase the stability of machining …

The static stiffness of machine tools is one of the key parameters influencing the accuracy of
dimensions, shape, and relative positioning of the surfaces of workpieces being machined …

Precision machine tools are the most essential machines in manufacturing sector.
Performance of precision machines in terms of high accuracy and high productivity is …

Machine tool structures are subjected to continuous distortions and unwanted vibrations
during machining. The structures should have excellent static and dynamic properties to …

At the stage of designing a special machine tool, it is necessary to analyze many variants of
structural solutions of frames and load-bearing systems and to choose the best solution in …

Epoxy granite (EG) is used for machine building applications owing to excellent dynamic
properties compared to cast iron (CI). Steel is preferred to reinforce with EG to improve the …

Composites have become attractive to many industries today and are a good alternative to
many traditional materials. Epoxy granite (EG) is used as a competitive alternative to ground …

Precision machine tool structures require enhanced stability with higher static stiffness and
increased damping. Granite epoxy (GE) composite offers improved damping properties and …