2020
DOI: 10.1016/j.jmapro.2020.02.040
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Effect of LN2 and CO2 coolants in milling of 55NiCrMoV7 steel

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Cited by 32 publications
(8 citation statements)
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“…In the case of LN2, the low temperatures due to cooling would further increase tensile residual stresses around the hole edges and therefore higher hardness is 13 expected. Morkavuk et al [32] and Basmaci et al [64] stated that tensile strength and elastic modulus of the fibre reinforced plastics which are exposed to LN2 improved. Zhang et al [65] reported that during milling of aluminiumlithium alloys, the compressive residual stresses under LN2 cooling are significantly less than that under dry cutting conditions but tensile residual stresses were not mentioned.…”
Section: Analysis Of Micro-hardness At Hole Edgesmentioning
confidence: 99%
“…In the case of LN2, the low temperatures due to cooling would further increase tensile residual stresses around the hole edges and therefore higher hardness is 13 expected. Morkavuk et al [32] and Basmaci et al [64] stated that tensile strength and elastic modulus of the fibre reinforced plastics which are exposed to LN2 improved. Zhang et al [65] reported that during milling of aluminiumlithium alloys, the compressive residual stresses under LN2 cooling are significantly less than that under dry cutting conditions but tensile residual stresses were not mentioned.…”
Section: Analysis Of Micro-hardness At Hole Edgesmentioning
confidence: 99%
“…A forgácsolás technológia kapcsán a folyékony nitrogént (LN2) és szén-dioxidot (CO2) szoktak használni. A folyékony nitrogén forráspontja -196 °C, míg -210 °C-on válik szilárd halmazállapotúvá, ezért is nevezik (DCT -Deep Cryogenic Treatment) mély kriogén kezelésnek a folyamatot, mikor a nitrogént használják [43]. Ezzel szemben a CO2 használata esetén egy jóval magasabb hőmérsékleten jön létre a kezelés, -78,5 °C-on, amit sekély kriogén kezelésnek neveznek (SCT -Shallow Cryogenic Treatment) [44].…”
Section: Hűtés-kenési Eljárásokunclassified
“…Ezzel szemben a CO2 használata esetén egy jóval magasabb hőmérsékleten jön létre a kezelés, -78,5 °C-on, amit sekély kriogén kezelésnek neveznek (SCT -Shallow Cryogenic Treatment) [44]. Ennek az eljárásnak a jellegzetessége, hogy mikor a folyékony CO2 elhagyja a fúvókát, és a hőmérséklet lecsökken, akkor szilárd-és gáznemű fázissá alakul át, ami egyrészt kedvező abból a szempontból, hogy egy vékony film réteget hoz létre a munkadarab-és a szerszám felülete között, azonban körülményes abból a szempontból, hogy a fúvóka kiáramló keresztmetszetét eldugíthatja [43].…”
Section: Hűtés-kenési Eljárásokunclassified
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“…The outcomes divulged that the hybrid cooling conditions along with the MQL conditions provided the lower results of responses. M. et al, (2020) have compared the performance of LN 2 and CO 2 -snow with conventional emulsion in milling of 55NiCrMoV7 steel [16]. The performance of these coolants was compared with regard to temperature, feed, thrust force, surface roughness, and tool wear.…”
Section: Eco-benign Cooling Strategiesmentioning
confidence: 99%