Katedra technologie obrábění / Department of Machining Technology

Zobrazit statistiky

Kolekce


Poslední příspěvky

Čermák, Adam
Konstrukční řešení nových geometrií břitů a koncepcí řezných nástrojů s ohledem na obráběné materiály.

Dissertation thesis LASER in Micromachining Processes of Monolithic Cutting Tools deals with development and integration of radial laser micromachining technology for manufacturing of macrogeometrical features, which are manufactured into general surfaces of monolithic cutting tools. The main goal of ...

Fulemová, Jaroslava
Studie problematiky zvyšování řezivosti nástroje při frézování feriticko-martenzitické oceli P91

The Ph.D. thesis is focused on a topic which can be called Increasing of cutting tool power by cutting edge preparation. The theoretical part deals with definition of words like macro and micro-geometry and describes the importance of cutting edge preparation. Practical part is...

Kutlwašer, Jan
Integrovatelný manipulační systém pro metrologii s diagnostikou

The thesis works with the proposal of manipulation device for metrology with diagnostics and possibility of diagnostics. The need of such of device is described. The influence of sensor misalignment in measured hole axis is found out experimentally. Further is in the thesis describ...

Zetková, Ivana
Problematika výroby malých strojních kovových součástí 3D tiskem

This thesis deal with research in the area of additive technology by using of the method DMLS (Direct Metal Laser Sintering) during the sintering of material W-Nr. 1.2709. The main aim of this thesis is focused on the research of powders for 3D print. This means eval...

Sklenička, Josef
Příspěvek k experimentálnímu stanovení modelu silového zatížení šroubovitého vrtáku

This dissertation thesis is focused on experimental investigation of force load on twist drill, feed force and cutting torque specifically, using statistical predicting. The main aim is to find feed force and cutting torque models dependent on the twist drill geometrical parameters and&...