Investigating tribological mechanisms and synergistic wear evolution in milling of PBF-Ti6Al4V under hybrid CO2-cryo and nanofluid MQL environments

Authors: Çağrı Vakkas Yıldırım, Mahmut Çelik, Şenol Şirin et al.
Publication: Tribology International
Published: Sep 1, 2026
Source: Crossref
Back to Search View Original Cite This Article

Related Articles

Investigating the Non-carcinogenic Risk and Hazard Quotient of Heavy Metals in High-traffic Districts of Tehran Metropolis, Iran

Azam Mahdipour, Mojgan Zaeimdar et al. - Oct 2121

Read More
Investigating key drivers of enterprise longevity in emerging markets

Yamile Rodas Restrepo, Taoufik Bouraoui - Jan 2028

Read More
Psychological Mechanisms of Youth Involvement in Extremist and Terrorist Organizations (Using the Example of Social Networks)

O.D. Gurina, A.F. Remeeva - Sep 2027

Read More
Multifactorial Mechanisms of Antibiotic Resistance in ESCAPPM Pathogens associated with Development of Quorum sensing and Efflux Pump Genes in Iraq, Najaf Governorate

Sama S. Abd Al-Ameer, Zahraa Yl Motaweq - Jan 2027

Read More
A borazine-bridging strategy for hafnium-based precursors: Enhancing spinnability and ceramic yield while unraveling high-temperature evolution mechanisms

Xu Wang, Yu Yang et al. - Jan 2027

Read More
Journal Ideas PyMinds Charcha More
PORE

About

About Us

Resources

Help Center Research Guides Citescore

Legal

Terms of Service Privacy Policy Cookie Policy Accessibility

Connect

Contact Us
© 2026 PORE. Content available under CC BY-NC 4.0