Machinning of metal and composite materials

Machining of classic metallic and composite materials will focus on determination of cutting conditions and their optimising as regards the cutter and the machined material, evaluation of technological characteristics of environmentally friendly process fluids, optimisation of tools with defined or non-defined blade geometry and quality assessment of the surface and dimensional stability after machining.

Research activities

Machinning of classic metallic materials

• Assessment of technological characteristics and the reliability of cutting tools.
• Assessment of procedural liquid technological characteristics.
• Determination of cutting conditions and their optimisation as regards the cutter and machined material.
• Assessment of chip creation when machining by cutters with defined or non-defined blade geometry.

Machinning of composite materials

• Optimisation of composite materials.
• Determination of cutting conditions and their optimisation as regards the cutter and the machined composite material.   
• Assessment of technical characteristics of procedural liquids for composite material machining.
• Assessment and optimisation of tools with defined and non-defined blade geometry for composite material machining.
• Assessment of surface quality and dimensional stability after composite material machining.

Department of: Machining and Assembly
Contact: doc. Ing. Štěpánka Dvořáčková, Ph.D.