The present proposal seeks to explore the phenomena underlying effects of adsorbed films on metal cutting see Fig. 1, and occurrence of local embrittlement and establish quantitative understanding of the mechanisMs. To accomplish this, a collaborativ
Section: Engineering Sciences (Research Project)
Related:
Design and
Design and Development of a hybrid mechanochemical bioreactor for recovery of precious metals and recycling of electronic waste
Research Project › Engineering Sciences
Iron Bar
Iron Bar Cutting and Bending Machine
Innovations › Grassroot Innovations
Process–Structure–Property–Performance Mapping
Process–Structure–Property–Performance Mapping and AI-Based Optimization of Sputtered Nanolaminate Coatings for Cutting Tool Applications
Research Project › Engineering Sciences
Super Hard
Super Hard Nanocomposite Coatings by PVD onto Automotive Chain Pins/Cutting Tools
Research Project › Material Sciences
Development of
Development of a novel approach of evaluating sustainable, environmental and economical indicators in machining of difficult-to-cut materials using hybrid nanofluids
Research Project › Engineering Sciences
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