Effect of hybrid tri-nano flood cooling environment and shearing parameters on surface quality with tool health in helical milling of Ti6Al4V

Modern ovens are utilized from large span of time for completing different heat treatment cycles like baking, curing, annealing, aging, drying, and so on. There are numerous sorts of industrial ovens namely batch, relieving, drying, baking, reflow, clean room, conveyor types, and so on. Conveyor oven helps to perform the heat treatment cycle in an uninterrupted flow, including the heating of the objects followed by the cooling down of the same object. A multipurpose conveyor-type industrial oven is designed using analytical approach for heat treatment process on various objects. This article presents the modeling and CFD analysis of conveyor-type continuous ovens. Simulation of the entire model of conveyor-type industrial oven is carried out in Solidworks Flow package. Since the boundary conditions of an actual industrial oven is open at both entry and exit points, same condition is maintained in the CFD analysis. With the help of the simulation model, researchers can study and observe the temperature distribution throughout the oven.

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Effect of hybrid tri-nano flood cooling environment and shearing parameters on surface quality with tool health in helical milling of Ti6Al4V

Cited by 3 publications

References 65 publications

Computer aided approach for case specific design of fixture for slot milling process

Computer aided approach for case specific design of fixture for slot milling process

Experimental investigation of electrochemical cut-off grinding for Inconel-718 and comparative study with Ti-6Al-4V alloy

Modeling and simulation through multi-criteria approach for customized conveyor-type industrial oven handling wide variety of metal structures

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