: Exploring Minimum Quantity Lubrication (MQL) techniques to reduce environmental impact during high-speed machining.
: Investigating surface roughness and cutting temperatures in precision turning. For instance, his work on ResearchGate details experimental studies on turning SiC-Al Alloy composites and AISI 1040 steel. RifatSiddiquePial
: While his primary focus is mechanical engineering, his name appears in collaborative research environments, such as the International Journal of Thermofluids , contributing to discussions on fluid dynamics and thermal radiation. Regional Impact : Exploring Minimum Quantity Lubrication (MQL) techniques to
is a researcher and academic primarily associated with the field of mechanical engineering and manufacturing technology. His work often focuses on advanced machining processes, predictive modeling, and sustainable engineering practices. Research Contributions : While his primary focus is mechanical engineering,
Rifat Siddique's academic profile highlights a strong focus on optimizing industrial processes through modern computational tools. Key areas of his research include: