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Zuzana Murčinková

Publications (4)

Application of Fibre Composite Materials for Increasing the Productivity of Production Machines

Zuzana Murčinková & Jaromír Murčinko · Archives of Current Research International · 2015

The paper presents a case study involved in research project. A case study was based on vibrodiagnostics analyses of unwanted vibrations, machine arrangement and usage of composite materials for increasing the productivity. The main requirement was the increase of productivity of...

Open access Research Article 10.9734/ACRI/2015/15945

Vibration and Temperature Decreasing Through the Material Damping and Tool Path Strategies Applied for Milling the Difficult-to-machine Materials

Zuzana Murčinková & Jaromír Murčinko · Advances in Research · 2015

The paper is contribution to research of vibration and temperature elimination in machining. It focused on milling the difficult-to-machine materials. The milling is characterized with complex vibrations regarding changing machining forces in milling and the difficult-to-machine...

Open access Research Article 10.9734/AIR/2015/15944

New Insight into the Machined Surface Micro-roughness and the Tool Feed Relation

Karol Vasilko, Zuzana Murčinková & Jozef Nosáľ · Archives of Current Research International · 2016

The paper presents research results of analyzing the relation between the machined surface micro-roughness and tool feed f and thus introduces new insight into a problem comparing the experimental and theoretical results. During evaluation of profile records and theoretically def...

Open access Research Article 10.9734/ACRI/2016/24800

Turning Tool with Helical Cutting Edge for Optimizing the Machining Time Performance

Karol Vasilko & Zuzana Murčinková · Archives of Current Research International · 2016

The paper presents turning with helical cutting edge employing the edge of twist drill and develops the special method of turning and its impact on the quality of machined surface. Finding the approach how to improve the surface quality and optimizing the machining time performan...

Open access Research Article 10.9734/ACRI/2016/24801