May be this paper:

D. Jianxin, W. Ze, L. Yunsong (2014) Design, Fabrication and Properties of Textured Self-Lubricated Tools in Dry Cutting. Materials Science Forum Vols 773-774 (2014) pp 414-419. doi:10.4028/www.scientific.net/MSF.773-774.414

Can help you.

Best regards.

Dear sir,

Please see the following link

https://doi.org/10.1016/j.procir.2018.08.299.

It can be helpful

Thanks @daniel and @nelaturi for your suggestions

There are two pathways. One is to use solid lubricant coatings on the cutting tools. Typical solid lubricant coatings are MoS2 and WS2 based (only examples) coating. However, they tend to be soft and less wear-resistant. So they are to be deposited on the cutting tool as a hybrid coating - having a hard phase (like TiN, TiCN, TiAlN etc.) and a solid lubricant based phase (like MoS2, WS2 etc.). You may refer to the following papers:

Article Effect of substrate bias voltage on structural and mechanica...

Article Composition and structure–property relationship of low frict...

Article Pulsed DC magnetron sputtered MoSx–TiN composite coating for...

The other pathway is to supply solid lubricant at the machining zone externally during machining. This can be attempted to be achieved by minimum quantity or small quantity cooling lubrication. Some of the researchers have attempted solid lubricant in the aqueous base fluid:

https://www.sciencedirect.com/science/article/pii/S152661251831380X

Article An Experimental Evaluation of Solid Lubricant Based Nanoflui...

Article Grinding of WC-Co cermets using hexagonal boron nitride nano-aerosol

Article Suitability of aqueous MoS 2 nanofluid for small quantity co...

Article Effect of minimum quantity lubrication on surface integrity ...

I hope these articles helps you.

Thanks Soumitra Paul sir for your extensive in depth answer. I will surely go through the articles.

There are four different ways by which the solid lubricants can be explored/have been explored by the researchers in recent past for enhancing the tribological performance during machining. First is to use as solid nano-particles as coatings on the cutting tools may be in the pure from ( individual solid particles) or as hybrid coatings (use of two or more than two solid participles in the coatings). Second in case of uncoated tools these particles can be mixed with base materials for making the tools through powder metallurgy to improve the tribological performance (Like mixing of Graphene and nano-partciles of Graphite can be explored). Third is to use these solid nano particles along with textured tools (to fill the textures of the tools with solid nano particles) to enhance the tool life by reducing the chip tool friction. Fourth is to mix these solid nano particles with the base fluid and to spary these mixture on the cutting zone (rake face/flank face).

Mr Pranjal now for checking the tribological behavior of these solid particles, one must explore the relation between structure of the solid particle (layered structure etc..) and physics behind the tribological behaviour (physical distortion, rolling effect etc... was responsible for enhanced tribological behavior of these solid particles in machining). For start of any study for the use of these solid particles one must analyze the structure of these particles using SEM/TEM... whatever characterization technique it is feasible to check the physical structure.

It is also important to identify that, apart from lubrication whether these solid particles has helped in effective cooling during machining if yes then how (may be when used in base fluid). Thus apart from tribological behavior, rheological properties, chemical inertness and thermal conductivity etc... are also important for these solid particles.

Some significant literature for your reference.

Influence of graphene-enriched nanofluids and textured tool on machining behavior of Ti-6Al-4V alloy Article Influence of Graphene Enriched Nano-fluids and Textured Tool...

Performance evaluation of textured carbide tools under environment-friendly minimum quantity lubrication turning strategies

Article Performance evaluation of textured carbide tools under envir...

Exploration of graphene assisted vegetables oil based minimum quantity lubrication for surface grinding of TI-6AL-4V-ELI, Article Exploration of graphene assisted vegetables oil based minimu...

Environment-friendly technological advancements to enhance the sustainability in surface grinding- A review Article Environment-Friendly Technological Advancements to Enhance t...