Hledat
Zobrazují se záznamy 1-7 z 7
EMO 2019: O strojích a datech
(MM Publishing, 2019)
EMO Hannover – veletrh, kde se tisíce a tisíce návštěvníků z celého světa mohou setkat s tím nejlepším a nejnovějším, co se v poslední době v průmyslovém světě událo. MM Průmyslové spektrum pravidelně přináší z této události ...
Simulation of Dynamic Properties of a Spindle and Tool System coupled with a Machine Tool Frame
(Springer, 2011)
The cutting performance relates to the dynamic properties of the whole system of the tool, spindle and machine tool frame. The impact of the machine frame properties on the dynamic properties at the tool end point is studied ...
On passive damping in machine tool hybrid structural parts
(Springer, 2021)
Hybrid materials combining steel or cast iron with fibre or particle composites have a good potential for lightweight machine tool structural design with high damping ratio. These materials are analyzed in the paper with ...
Operational method for identification of specific cutting force during milling
(MM Science Journal, 2019)
Specific cutting force is a key parameter that is important for estimating cutting forces that occur during machining. This information is important for various applications. The most important application is estimation ...
Method for Safe Experimental Testing of Machine Tool Usable Spindle Power
(MM Science Journal, 2021)
The regenerative chatter during milling is a consequence of the machine tool dynamic compliance and the specific setting of the cutting process. The basic request on the machine structure is to enable a stable cut with ...
Calibration Method for In-Process Identification of Tangential Specific Cutting Force in Milling
(MDPI AG, 2022)
The cutting forces that occur during machining cause static and dynamic deformations of the machine–tool–workpiece system. In general, the cutting force is spatial. However, knowledge of the tangential component of the ...
Influence of Composite Spindle Ram on Machine Tool Dynamic Stiffness
(MM Science Journal, 2022)
Demands for improving machine tool productivity and accuracy can be addressed using alternative material structures with the potential to reduce the mass of moving bodies and decrease machine tool dynamic compliance. A ...