EXPERIMENTAL EVALUATION ON THE QUALITY OF MACHINED SURFACE AFTER TURNING OF MATERIAL INCONEL 625

Abstract

Study relates to machining of toughly-machined metal materials specifically turning of the Inconel 625. There had been planned an experiment to find out the impact of setting the individual parameters of machining(cutting speed, feed rate, depth of cut)onto the quality of machined surface. Such experiment was the type of ‘box behnken’and contained 15 rounds. Following was the evaluation of the machined surface quality and their topography thanks to 3D profilometer Taylor Hobson Talysurf CCI Lite, based on which there were created 3D colour filtered pictures of the surface of the samples. Morphology of the surfaces was investigated by electron microscopy.

Recommended articles

DESIGN OF EXPERIMENTAL TOOL FOR TUBE HYDROFORMING

MICHAELA CISAROVA, MICHAL HORAK, EVA PETERKOVA
Keywords: formability | hydroforming of tubes | experimental tool

VERIFICATION OF PREDICTION METHOD FOR ENERGY CONSUMPTION OF MACHINE TOOL FEED AXES

JIRI TUMA, ZDENEK TUMA, MILOS SYNEK
Keywords: Energy Efficiency | Machine tool | feed axis | Simulation | verification

SELECTED TIRE CHARACTERISTICS AND THEIR RELATION TO ITS RADIAL STIFFNESS

MARIAN KUCERA, MILAN HELEXA, MICHAL MOLENDA
Keywords: terramechanics | mobile machinery | wheeled chassis | soil bin | rolling resistance | tire stiffness

IMPACT RESISTANCE OF DIFFERENT TYPES OF LATTICE STRUCTURES MANUFACTURED BY SLM

RADEK VRANA, DANIEL KOUTNY, DAVID PALOUSEK
Keywords: selective laser melting | lattice structure | impact resistance | AlSi10Mg | gyroid | energy absorption | topology