Computational fluid dynamics investigation on frictional heat transfer flow process by using fluid method

Abstract

The procedure of grating welding interfaces of two strong state materials with a solitary strong with great holding joints. Continuous processing manufacturing trials with bit by bit utilised rotational drives joining the CFD comparable and different material procedure. These frictional joints were utilised for erosion weight, manufacturing weight, grating time, pivot speed and upset time. Low information heat, short process duration and heat-affected areas were researched. This exploration work has created nonlinear models of three-dimensional limited components. The product was done Ansys CFD workbench, which has been utilised to anticipate with results the thermomechanical heat generation investigation. With numerical models and arrangements, the test results were created. In this work, outcomes were created by heat affected zone and softening zone through the temperature distinction with mass disfigurements. The results of erosion welding of Ti-6AL-4V and SS304L joints parameters were as follows: built-up fiction time is 5 s, the pivot speed is 2100 RPM, contact weight is 80 MPa and fashioning weight is 84.5 MPa.

KEYWORDS:

• CFD
• finite element analysis
• frictional heat transfer
• temperature distribution
• ambient energy and fluid flow

Disclosure statement

No potential conflict of interest was reported by the authors.